The Porsche 64, also known as the Type 64 and Type 60K10, is considered by many to be the first automobile from what was to become the Porsche company, and a true design precursor to the post-war production model. The model number comes from the fact that it was built mainly from design drawings for the Type-64 "record car". Most mechanical parts came from the VW 38, the prototype of the KdF-Wagen better known as the Volkswagen Beetle.
The Cisitalia Grand Prix is a single-seater car for the postwar 1.5-litre supercharged Grand Prix class, built by Italian sports car manufacturer Cisitalia and introduced in 1949. It was designed on behalf of Cisitalia by Porsche between 1946–47, and is therefore also known by its Porsche project number, Typ 360. An extremely advanced design, it proved too complex to build for the small Italian firm (and lead to the financial downfall of the company).
The Porsche 356/1 was the first real car created by Ferdinand "Ferry" Porsche. This prototype car was a two-seater open roadster with a mid-mounted, air-cooled flat-4 engine of 1,131 cc displacement that produced 40 horsepower (30 kW). While the body was an original design, most of the mechanicals (including engine and suspension) were derived from the Volkswagen Beetle which Ferry's father, Ferdinand Porsche, had designed. The aluminum roadster body of the 356/1 was designed by Porsche employee Erwin Komenda in April 1948 at Gmünd and completed only a month later. Only one 356/1 was made and it is on display at the Porsche Museum, Stuttgart.
With lessons learned from 356 No. 1, Porsche developed the 356/2 as a production-ready version. The biggest concession to useability was repositioning the engine back behind the rear wheels as the original VW design. Like 356 No. 1, 356/2 was built as two-seat roadster using VW parts.
Of the 52 cars made in Gmünd, only eight were built up as cabriolets. Each was outsourced for its body and interior construction. Six cars were sent to Beutler who constructed them with a slightly different shape than the factory coupes. Included was a kicked-up rear fender line which was used on several of the Buetler cabriolets. Furthermore the dashboard was unique to these cars. Built to factory designs, Karosseriefabrik Ferdinand Keibl in Vienna produced an entirely different cabriolet of which only two were produced.
The series production didn't allow the use of handmade aluminium body panels, so, the cars were made of stamped steel panels. The first Stuttgart-built 356 have later been called as 356 Pre-A. These cars have either two separate windscreen glasses like the 356 built in Austria, or a sharply bent windscreen glass! Introduced in 1948, the Porsche 356 Pre-A Coupe was the first variant available for the Porsche 356. The engine started as a 1100 cc flat four that produced 40 hp. It was available as a coupe and cabriolet body style. The Split-Window cars ran from 1950 to 1951.
The series production didn't allow the use of handmade aluminium body panels, so, the cars were made of stamped steel panels. The first Stuttgart-built 356 have later been called as 356 Pre-A. These cars have either two separate windscreen glasses like the 356 built in Austria, or a sharply bent windscreen glass! Introduced in 1948, the Porsche 356 Pre-A Coupe was the first variant available for the Porsche 356. The engine started as a 1100 cc flat four that produced 40 hp. It was available as a coupe and cabriolet body style. The Split-Window cars ran from 1950 to 1951.
In 1950, eleven remaining Gmund chassis were assembled after the factory returned to Germany and converted to SL (Sport Leicht) racing specification. They received 1,086-cc engines, enlarged fuel tanks, louvered quarter-window covers, wheel spats, streamlined aluminum belly fairings, and a pedestal-mounted shifter. Three Type 356/2 cars raced at Le Mans in 1951; two crashed, but 356/2-063 performed flawlessly, winning the 1,100-cc class.
When Porsche went to Le Mans, they reverted to aluminum shells made at their first factory in Gmünd, Austria. Three of these coupes, called 356 SL, raced Le Mans. All three Le Mans cars were shipped to America by Max Hoffman and sold to Fritz Kosler, Ed Trego and John von Neumann for SCCA racing. Before the 1952 races at Torrey Pines, von Neumann had Emil Diedt remove the coupe's roof, creating in effect the first Carrera Speedster.
The Porsche 356 Pre A Coupe and Cabriolet were introduced in 1950 and was available through mid-1955. Beginning in 1950 it was offered with a 1100 cc flat four that produced 40 hp. In 1951, a bigger 1.3-litre Type 506 engine was announced. It marked the first significant move away from the original Volkswagen unit. Bored from 73.5mm to 80mm (stroke was unchanged at 64mm), displacement rose from 1086cc to 1286cc. Further enhancements included lightweight alloy cylinder barrels and nosed pistons. Output rose from 40 bhp to 44 bhp and torque increased from 51 lb-ft to 60 lb-ft.
The Porsche 356 Pre A Coupe and Cabriolet were introduced in 1950 and was available through mid-1955. Beginning in 1950 it was offered with a 1100 cc flat four that produced 40 hp. In 1951, a bigger 1.3-litre Type 506 engine was announced. It marked the first significant move away from the original Volkswagen unit. Bored from 73.5mm to 80mm (stroke was unchanged at 64mm), displacement rose from 1086cc to 1286cc. Further enhancements included lightweight alloy cylinder barrels and nosed pistons. Output rose from 40 bhp to 44 bhp and torque increased from 51 lb-ft to 60 lb-ft.
Successful VW Dealer and racer Walter Glöckler built several specials for the German Car Championship including this roadster. It was built with assistance from Porsche in Zuffenhausen and raced without its optional hardtop in the 1952 champion before being shipped overseas for SCCA racing. Weidenhausen created the body from aluminum with a nose that bore close resemblance to the 356 Porsche but had semi-skirted rear wheels and cutaway rear corners similar to Glockler-Porsche 1 and 2.
The series production didn't allow the use of handmade aluminium body panels, so, the cars were made of stamped steel panels. The first Stuttgart-built 356 have later been called as 356 Pre-A. These cars have either two separate windscreen glasses like the 356 built in Austria, or a sharply bent windscreen glass! Introduced in 1948, the Porsche 356 Pre-A Coupe was the first variant available for the Porsche 356. The engine started as a 1100 cc flat four that produced 40 hp. It was available as a coupe and cabriolet body style.
The series production didn't allow the use of handmade aluminium body panels, so, the cars were made of stamped steel panels. The first Stuttgart-built 356 have later been called as 356 Pre-A. These cars have either two separate windscreen glasses like the 356 built in Austria, or a sharply bent windscreen glass! Introduced in 1948, the Porsche 356 Pre-A Coupe was the first variant available for the Porsche 356. The engine started as a 1100 cc flat four that produced 40 hp. It was available as a coupe and cabriolet body style.
In March of 1952 Porsche worked in conjunction with Reuter to simply production of the 356 and made several changes including a one-piece, bent windscreen and more significant bumpers which suited the American market. During the four year period, leading up to the 356A, the ‘Pre-A’ Coupé was constantly upgraded and included a synchromesh gearbox in 1953.
In March of 1952 Porsche worked in conjunction with Reuter to simply production of the 356 and made several changes including a one-piece, bent windscreen and more significant bumpers which suited the American market. During the four year period, leading up to the 356A, the ‘Pre-A’ Coupé was constantly upgraded and included a synchromesh gearbox in 1953.
The 1500 was Porsche’s newest engine which was quickly fitted with 40 PIBC Solex carburetors to produce 60 bhp @ 5000 rpm in 1952. These retained the Hirth roller-bearing crankshafts which gave Porsche enough clearance to enlarge their engine to 1500cc. Most cars from 1952 until the 356A of 1956 were powered by the 1500 engine but some left the factory with the smaller 1.1 and 1.3-liter engines.
The 1500 was Porsche’s newest engine which was quickly fitted with 40 PIBC Solex carburetors to produce 60 bhp @ 5000 rpm in 1952. These retained the Hirth roller-bearing crankshafts which gave Porsche enough clearance to enlarge their engine to 1500cc. Most cars from 1952 until the 356A of 1956 were powered by the 1500 engine but some left the factory with the smaller 1.1 and 1.3-liter engines.
This isn't technically a Speedster, but the Type 540 (Typ 540 K/9-1 to be very precise) - known more commonly as the America Roadster - started the idea. The American Roadster was the direct predecessor of the Speedster. U.S. importer Max Hoffman convinced Porsche it needed a lightweight convertible to compete. It only had an emergency folding roof and could keep up with larger sports cars of the era. But the production methods used to create the America Roadster’s aluminum body proved to be too expensive, and in 1952 Porsche built only 21 units before its discontinuation in 1953.
One year before Porsche started production of the legendary RS Spyder, they experimented several unique 550 Prototypes. Two of these were fitted with removable hardtops that transformed the diminutive roadster into a sleek coupe. These were quite successful on faster circuits, but the roadster was later preferred as a more saleable car. The Coupes were retained by the factory to contest the Carrera Panamericana race.
In 1953 Porsche created a series of 550 prototypes and 550-03 became the most important car in Porsche history by winning the 1954 Carrera Panamerica with Hans Herrmann at the wheel. This singular victory lent the Carrera nameplate to future models and also marked the first international victory of a mid-engine car. Only 15 prototypes were made until regular production began in 1954 of the Porsche RS Spyder.
Towards the end of 1951 Porsche introduced a larger version of the flat four engine. It was offered alongside the original 1.1 litre engine. It took a lot more effort to develop the third variation on the four cylinder theme; the '1500.' Introduced in the 356 1500 during 1952, the engine produced 55 bhp. Porsche's competition department reworked the 1500 engine with hotter cams and bigger Carburetors, boosting power to 70 bhp. In 1952 this engine found its way into a new road car; the 356 Super.
Towards the end of 1951 Porsche introduced a larger version of the flat four engine. It was offered alongside the original 1.1 litre engine. It took a lot more effort to develop the third variation on the four cylinder theme; the '1500.' Introduced in the 356 1500 during 1952, the engine produced 55 bhp. Porsche's competition department reworked the 1500 engine with hotter cams and bigger Carburetors, boosting power to 70 bhp. In 1952 this engine found its way into a new road car; the 356 Super.
The Porsche 550 Spyder was introduced at the 1953 Paris Auto Show. It was simple, small and packed a real punch. It was Porsche's first production racing car. The car was completely street legal, so it could be driven to the races and back home. A really special engine was developed for it, engineered by Ernst Fuhrmann. It was a flat DOHC engine, meaning it had 4 overhead camshafts like the Porsche type 360 design for Formula 1.
The Porsche 356 Pre A Coupe and Cabriolet were introduced in 1950 and was available through mid-1955. Beginning in 1950 it was offered with a 1100 cc flat four that produced 40 hp. In 1951, a bigger 1.3-litre Type 506 engine was announced. It marked the first significant move away from the original Volkswagen unit. Bored from 73.5mm to 80mm (stroke was unchanged at 64mm), displacement rose from 1086cc to 1286cc. Further enhancements included lightweight alloy cylinder barrels and nosed pistons. Output rose from 40 bhp to 44 bhp and torque increased from 51 lb-ft to 60 lb-ft.
The Porsche 356 Pre A Coupe and Cabriolet were introduced in 1950 and was available through mid-1955. Beginning in 1950 it was offered with a 1100 cc flat four that produced 40 hp. In 1951, a bigger 1.3-litre Type 506 engine was announced. It marked the first significant move away from the original Volkswagen unit. Bored from 73.5mm to 80mm (stroke was unchanged at 64mm), displacement rose from 1086cc to 1286cc. Further enhancements included lightweight alloy cylinder barrels and nosed pistons. Output rose from 40 bhp to 44 bhp and torque increased from 51 lb-ft to 60 lb-ft.
In 1953, the 1300 S or "Super" was introduced, and the 1,100 cc engine was dropped. The 360 1300 Super boasts a power improvement to 60 BHP with Porsche's "Super" engine in the Porsche 356 model range. Minor visual differences were implemented such as front indicators integrated with the horn grilles and bumpers protrude from the body with over-riders. In June 1954, the plain-bearing 1300cc engine switched over to the same block as the 4cc larger roller-bearing variant.
In 1953, the 1300 S or "Super" was introduced, and the 1,100 cc engine was dropped. The 360 1300 Super boasts a power improvement to 60 BHP with Porsche's "Super" engine in the Porsche 356 model range. Minor visual differences were implemented such as front indicators integrated with the horn grilles and bumpers protrude from the body with over-riders. In June 1954, the plain-bearing 1300cc engine switched over to the same block as the 4cc larger roller-bearing variant.
An export hit, built in response to customer demand: the American importer Max Hoffman requested a Porsche costing less than 3,000 dollars for his market. The 356 Speedster was the answer, naturally with a spartan equipment specification. But the lightweight car was a big hit in the USA. It was used mainly for motor racing and soon became a regular feature of the motor sport scene.
When the German Army tender was lost to DKW, Porsche decided to market the product for civilian use, supposedly for hunting. This provided the 597 with a nickname “Jagdwagen”. In addition to the military prototypes around 50 Jagdwagens were produced, but there was no need for such a product in large numbers and the project was terminated.
At the request of American importer Max Hoffman, 356s for the 1955 model year were badged as Continentals before reaching American shores. As Lincoln protested the Continental name being used, the Porsche Continental was only produced in 1955 and thus represented the ultimate Pre-A 1500 before 356A production commenced.
At the request of American importer Max Hoffman, 356s for the 1955 model year were badged as Continentals before reaching American shores. As Lincoln protested the Continental name being used, the Porsche Continental was only produced in 1955 and thus represented the ultimate Pre-A 1500 before 356A production commenced.
Generally speaking the early models or so called ‘Pre A 356′ models are more desirable than the later models. At the top of the pyramid and the most exclusive is the Carrera version which carries the legendary 4 cam ‘Fuhrman’ engine. But just below that comes the ‘Super’ speedster. The ‘super’ version had more horsepower (75 vs the standard 60) and the powerful ‘type 528 engine’ for the 1500 Super version.
Beginning in 1954, a new version of the Pre A 356 was introduced that is now known as the Porsche 356 Pre-A Carrera, with a powerful engine that was available in coupe, cabriolet, and Speedster variants. Highly desirable today, the Carrera name denotes the race inspired 1500 cc four cam motor that produced an astounding 110 hp. Approximately 97 of these motors were produced sometime between 1954 and early 1955. The Carrera versions would continue in the next generation 356 as the Porsche 356 A Carrera.
A one off prototype was the 1956 super-light design utilising one of the spare 550 frames – 550-098 called ‘Mickey Maus’ which, with Richard von Frankenberg at the wheel, was reduced to a melted wreck that same year in a spectacular crash at the Avus race track. Known as Type 645, it was the beginnings of the new Type 718 Porsche with a shorter wheel base and unique suspension.
The 550A was based on Porsche’s first purpose-built racing car, the mid-engined RS 550 Spyder. Appearing at the end of 1956, the 550A differed from its predecessor by use of a full tube spaceframe with several rear supportive cross-members, rather than the heavier welded-up sheet steel internal structure of the 550. The rear swing axles of the 550 were replaced by a new low-pivot arrangement that made handling much more predictable.
From the outside, the 356A kept to the Porsche mantra of stepwise evolution. The new model was outwardly identical to the previous version except for the wider tires, a small rub-strip below the doors, a fully-curved front window and enamel paint replacing lacquer previously used. The 356 A came with an all-alloy air-cooled Flat 4 engine in four states of tune, with the 1300 having Type 506/2 engine with 44 bhp and 60 lb-ft.
From the outside, the 356A kept to the Porsche mantra of stepwise evolution. The new model was outwardly identical to the previous version except for the wider tires, a small rub-strip below the doors, a fully-curved front window and enamel paint replacing lacquer previously used. The 356 A came with an all-alloy air-cooled Flat 4 engine in four states of tune, with the 1300 having Type 506/2 engine with 44 bhp and 60 lb-ft.
From the outside, the 356A kept to the Porsche mantra of stepwise evolution. The new model was outwardly identical to the previous version except for the wider tires, a small rub-strip below the doors, a fully-curved front window and enamel paint replacing lacquer previously used. The 356 A came with an all-alloy air-cooled Flat 4 engine in four states of tune, with the 1300 having Type 506/2 engine with 44 bhp and 60 lb-ft.
From the outside, the 356A kept to the Porsche mantra of stepwise evolution. The new model was outwardly identical to the previous version except for the wider tires, a small rub-strip below the doors, a fully-curved front window and enamel paint replacing lacquer previously used. The 356 A came with an all-alloy air-cooled Flat 4 engine in four states of tune, with the 1300 having Type 589/2 engine with 60 bhp and 65 lb-ft of torque.
From the outside, the 356A kept to the Porsche mantra of stepwise evolution. The new model was outwardly identical to the previous version except for the wider tires, a small rub-strip below the doors, a fully-curved front window and enamel paint replacing lacquer previously used. The 356 A came with an all-alloy air-cooled Flat 4 engine in four states of tune, with the 1300 having Type 589/2 engine with 60 bhp and 65 lb-ft of torque.
From the outside, the 356A kept to the Porsche mantra of stepwise evolution. The new model was outwardly identical to the previous version except for the wider tires, a small rub-strip below the doors, a fully-curved front window and enamel paint replacing lacquer previously used. The 356 A came with an all-alloy air-cooled Flat 4 engine in four states of tune, with the 1300 having Type 589/2 engine with 60 bhp and 65 lb-ft of torque.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 14.1 seconds and hit a top speed of 103 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 14.1 seconds and hit a top speed of 103 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 14.1 seconds and hit a top speed of 103 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 13.5 seconds and hit a top speed of 109 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 13.5 seconds and hit a top speed of 109 mph.
After its introduction in late 1954, the Porsche 356 A Speedster continued life in the 356 A generation as a stripped-down, low-cost, sports-oriented, convertible Porsche 356. It had a cut-down windshield that could easily be removed, a lightweight removable top, and side curtains instead of roll-up windows featured in the 356 A Cabriolet. It could be had with any of the engine options offered for the 356 A Generation (a limited number were made with the Carrera Engine). The Speedster became possibly the most iconic version of the 356. Total production is estimated at 3,944 cars between 1955 and mid-1959 when it was replaced by the Porsche 356 A Convertible D.
Available in all body styles, the Porsche 356 A Carrera featured the race car-derived 1500 cc four-cam engine (type 547) developed for the Porsche 550 Spyder. Rated up to 110 hp, it was the top performance 356 A model available. Variants included the Carrera 1500GS and Carrera 1500GT, differentiated by their horsepower. In 1958, Porsche updated the Carrera engines (now type 692), increasing the displacement up to 1600 cc and output increased to 105 and 110 hp respectively. In 1959 horsepower for the GT increased again to 115.
Available in all body styles, the Porsche 356 A Carrera featured the race car-derived 1500 cc four-cam engine (type 547) developed for the Porsche 550 Spyder. Rated up to 110 hp, it was the top performance 356 A model available. Variants included the Carrera 1500GS and Carrera 1500GT, differentiated by their horsepower. In 1958, Porsche updated the Carrera engines (now type 692), increasing the displacement up to 1600 cc and output increased to 105 and 110 hp respectively. In 1959 horsepower for the GT increased again to 115.
Available in all body styles, the Porsche 356 A Carrera featured the race car-derived 1500 cc four-cam engine (type 547) developed for the Porsche 550 Spyder. Rated up to 110 hp, it was the top performance 356 A model available. Variants included the Carrera 1500GS and Carrera 1500GT, differentiated by their horsepower rating with the 1500GS at 100 hp and the GT at 110 hp. In 1958, Porsche updated the Carrera engines (now type 692), increasing the displacement up to 1600 cc and output increased to 105 and 110 hp respectively. In 1959 horsepower for the GT increased again to 115. GT versions had a different muffler and little sound deadening material. The 356 A Carrera evolved into the Porsche 356 B Carrera in late 1959.
Ferry Porsche had in fact requested Swiss technicians to make a less sporty and more elegant version of the 365 B and thus the 1600 Beutler Coupè was born. This project is a 2+2 based on a Porsche 1600. Like the Porsche, the car is built on a VW platform, but includes Porsche elements such as the brakes and the engine. It was built in 5 copies before production was stopped in 1957 due to a change in commercial strategies by the German company.
The 718 was a development of the successful Porsche 550A with improvements made to the body work and suspension. The car's full name is 718 RSK, where "RS" stands for RennSport (sports-racing) and the "K" reflects the shape of the car's revised torsion-bar suspension. It had a mid-engined layout and used the 142 horsepower (106 kW) 1.5-litre Type 547/3 quad-cam engine introduced in the 550A. There were several variations, including the RSK Mittellenker.
In May of 1957, Porsche offered two distinct versions of the Carrera, one called the de Luxe for the street and this model, the Gran Turismo, for the track. The main difference between the two models was weight. The Carrera GT was a purpose-built car with little on board amenities. For instance, no heater was fitted giving the car its 'icebox' nickname. Furthermore, the interior was stripped of sound deadening, side windows were replaced by pull-up Perspex units and only simple door panels were fitted.
In May of 1957, Porsche offered two distinct versions of the Carrera, one called the de Luxe for the street and this model, the Gran Turismo, for the track. The main difference between the two models was weight. The Carrera GT was a purpose-built car with little on board amenities. For instance, no heater was fitted giving the car its 'icebox' nickname. Furthermore, the interior was stripped of sound deadening, side windows were replaced by pull-up Perspex units and only simple door panels were fitted.
Porsche created the single-seat 718 RSK Mittellenker (center steering) to compete in Formula 2 racing. The body differed from the 718 2-seat sports racer only to accommodate the central driving position, with revised seat, steering, shifter and pedal placement, and the aerodynamic fairing behind the driver’s head moved from the left to the middle. Instead of having a full-width cockpit, the body sides were extended toward the center to create a space solely for the single driver, with a short, wrap-around windshield.
Following the Pre-A prototypes and a run of quad-cams with the 1500cc engine, the 1600 Carrera GT was a performance 356 that used a larger version of the Porsche 550 Spyder's potent engine. As early as 1958, some Carreras were fitted with a larger engine known as the Type 692. The new unit featured a larger displacement which was better suited for the 1600cc class. Furthermore, it was improved considerably adopting plain bearings and new ignition system.
A handful of push-rod 356As were delivered from the factory with a lightweight package that was usually reserved for the Carrera race cars. Called GTs, these got the stripped out interior, aluminum doors, a large fuel tank and Porsche ATE disc brakes. As few as four Speedsters came equipped this way. Since the four-cam was only a marginal improvement in power, the regular 1600 Super was more than enough for the small car.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 14.1 seconds and hit a top speed of 103 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 14.1 seconds and hit a top speed of 103 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 14.1 seconds and hit a top speed of 103 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 13.5 seconds and hit a top speed of 109 mph.
Despite looking outwardly similar to the preceding models, Porsche thoroughly updated their 356 line in 1956 and called their new model the 356A. At the core, this included a larger 1600 cc engine, but also a curved-glass windshield and a thoroughly revised suspension. At the 1955 Frankfurt Motor Show in September of 1955, Porsche released the 356A/1600 to the world with cabriolet, coupe and speedster bodies from Reutter. The 356A/1600 was a great performer, good for a sprint to 60 mph in 13.5 seconds and hit a top speed of 109 mph.
After its introduction in late 1954, the Porsche 356 A Speedster continued life in the 356 A generation as a stripped-down, low-cost, sports-oriented, convertible Porsche 356. It had a cut-down windshield that could easily be removed, a lightweight removable top, and side curtains instead of roll-up windows featured in the 356 A Cabriolet. It could be had with any of the engine options offered for the 356 A Generation (a limited number were made with the Carrera Engine). The Speedster became possibly the most iconic version of the 356. Total production is estimated at 3,944 cars between 1955 and mid-1959 when it was replaced by the Porsche 356 A Convertible D.
Available in all body styles, the Porsche 356 A Carrera featured the race car-derived 1500 cc four-cam engine (type 547) developed for the Porsche 550 Spyder. Rated up to 110 hp, it was the top performance 356 A model available. Variants included the Carrera 1500GS and Carrera 1500GT, differentiated by their horsepower rating with the 1500GS at 100 hp and the GT at 110 hp. In 1958, Porsche updated the Carrera engines (now type 692), increasing the displacement up to 1600 cc and output increased to 105 and 110 hp respectively. In 1959 horsepower for the GT increased again to 115. GT versions had a different muffler and little sound deadening material. The 356 A Carrera evolved into the Porsche 356 B Carrera in late 1959.
Available in all body styles, the Porsche 356 A Carrera featured the race car-derived 1500 cc four-cam engine (type 547) developed for the Porsche 550 Spyder. Rated up to 110 hp, it was the top performance 356 A model available. Variants included the Carrera 1500GS and Carrera 1500GT, differentiated by their horsepower rating with the 1500GS at 100 hp and the GT at 110 hp. In 1958, Porsche updated the Carrera engines (now type 692), increasing the displacement up to 1600 cc and output increased to 105 and 110 hp respectively. In 1959 horsepower for the GT increased again to 115. GT versions had a different muffler and little sound deadening material. The 356 A Carrera evolved into the Porsche 356 B Carrera in late 1959.
Available in all body styles, the Porsche 356 A Carrera featured the race car-derived 1500 cc four-cam engine (type 547) developed for the Porsche 550 Spyder. Rated up to 110 hp, it was the top performance 356 A model available. Variants included the Carrera 1500GS and Carrera 1500GT, differentiated by their horsepower rating with the 1500GS at 100 hp and the GT at 110 hp. In 1958, Porsche updated the Carrera engines (now type 692), increasing the displacement up to 1600 cc and output increased to 105 and 110 hp respectively. In 1959 horsepower for the GT increased again to 115. GT versions had a different muffler and little sound deadening material. The 356 A Carrera evolved into the Porsche 356 B Carrera in late 1959.
The original Porsche Carrera Zagato Speedster, the first Zagato bodied Porsche of the brand’s history, was built in 1958 for French gentleman driver and expert Porsche pilot Claude Storez, one of the best French pilots of that time. He started his career in early 50s and became soon a skilled pilot. In late ’57 he was looking for the “ultimate” 356 for the 1958 races season. He put an order to Porsche AG for a 356 A Speedster (the lightest version available) with a Carrera engine and GS specs (the most powerful at that time).
In 1959 Porsche unveiled the prototype of a narrow, open-wheeled car called the Porsche 718/2 that married the 718's mechanicals with a more traditional single-seat Formula body. For 1960 the production 718/2, starting with chassis number 718201, received revised bodywork, a 6-speed transaxle, and a wheelbase extended by 100 mm. A total of five cars were built. Some of these four-cylinder cars were later raced in F1 under the 1962 1½ litre formula.
Produced in 1959 only, the Porsche 356 Convertible D was the replacement for the 356 A Speedster. Major differences were the addition of roll up side windows, a better convertible top, and a slightly taller windshield, though it was still easily removable. Total production was 1,330 cars. The “D” was a reference to the coach builder Drauz. It was replaced by the Porsche 356 B Roadster in 1960.
Produced in 1959 only, the Porsche 356 Convertible D was the replacement for the 356 A Speedster. Major differences were the addition of roll up side windows, a better convertible top, and a slightly taller windshield, though it was still easily removable. Total production was 1,330 cars. The “D” was a reference to the coach builder Drauz. It was replaced by the Porsche 356 B Roadster in 1960.
Of all the Carreras, the 1959 de Luxe was best suited for the road. Not only was it the most luxurious 356, but it was also was the only year to get the large 1600cc 4-cam engine. The Type 692/2 engine was a much different engine than the 1500cc unit it replaced. The newer unit used plain main bearings instead of roller bearings. Furthermore, the distributors were moved to the end of the crankshaft and the engine shroud was better attached to the 356A body. With twin Solex carburetors, the somewhat detuned version offered 105 bhp @ 6500 rpm.
Of all the Carreras, the 1959 de Luxe was best suited for the road. Not only was it the most luxurious 356, but it was also was the only year to get the large 1600cc 4-cam engine. The Type 692/2 engine was a much different engine than the 1500cc unit it replaced. The newer unit used plain main bearings instead of roller bearings. Furthermore, the distributors were moved to the end of the crankshaft and the engine shroud was better attached to the 356A body. With twin Solex carburetors, the somewhat detuned version offered 105 bhp @ 6500 rpm.
Of all the Carreras, the 1959 de Luxe was best suited for the road. Not only was it the most luxurious 356, but it was also was the only year to get the large 1600cc 4-cam engine. The Type 692/2 engine was a much different engine than the 1500cc unit it replaced. The newer unit used plain main bearings instead of roller bearings. Furthermore, the distributors were moved to the end of the crankshaft and the engine shroud was better attached to the 356A body. With twin Solex carburetors, the somewhat detuned version offered 105 bhp @ 6500 rpm.
The 356 B T5 Coupe was the direct replacement of the Porsche 356 A Coupe and accounted for approximately 70% of the total 356 B T5 production, with approximately 12,000 cars produced. The T5 Coupe bodies were produced by German coachbuilder company Reutter, which was in charge of most Porsche 356 Body production since the mid-1950s. The 356 B T5 Coupe played a huge role in the growth seen by Porsche in the early 1960s. Like the Cabriolet, Roadster, and Notchback Coupe siblings, the Coupe was offered with 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission.
The 356 B T5 Coupe was the direct replacement of the Porsche 356 A Coupe and accounted for approximately 70% of the total 356 B T5 production, with approximately 12,000 cars produced. The T5 Coupe bodies were produced by German coachbuilder company Reutter, which was in charge of most Porsche 356 Body production since the mid-1950s. The 356 B T5 Coupe played a huge role in the growth seen by Porsche in the early 1960s. Like the Cabriolet, Roadster, and Notchback Coupe siblings, the Coupe was offered with 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission.
The 356 B T5 Coupe was the direct replacement of the Porsche 356 A Coupe and accounted for approximately 70% of the total 356 B T5 production, with approximately 12,000 cars produced. The T5 Coupe bodies were produced by German coachbuilder company Reutter, which was in charge of most Porsche 356 Body production since the mid-1950s. The 356 B T5 Coupe played a huge role in the growth seen by Porsche in the early 1960s. Like the Cabriolet, Roadster, and Notchback Coupe siblings, the Coupe was offered with 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission.
The 356 B T5 Cabriolet was one of the two convertible variants of the 356 B generation. The direct successor of the Porsche 356 A Cabriolet, the updated version saw a little more than 3,000 cars produced between 1959 and 1961. It was offered with the same engine options as the Coupe: 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission.
The 356 B T5 Cabriolet was one of the two convertible variants of the 356 B generation. The direct successor of the Porsche 356 A Cabriolet, the updated version saw a little more than 3,000 cars produced between 1959 and 1961. It was offered with the same engine options as the Coupe: 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission.
The 356 B T5 Cabriolet was one of the two convertible variants of the 356 B generation. The direct successor of the Porsche 356 A Cabriolet, the updated version saw a little more than 3,000 cars produced between 1959 and 1961. It was offered with the same engine options as the Coupe: 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission.
The 356 B T5 Roadster was the direct replacement of the Porsche 356 A Convertible D, which itself replaced the iconic Porsche 356 A Speedster, and was the second convertible variant of the Porsche 356 B T5. Porsche offered the 356B Cabriolet as a high-end touring car with a thick-padded convertible top and expensive options such a leather seats and a Blaupunkt radio.
The 356 B T5 Roadster was the direct replacement of the Porsche 356 A Convertible D, which itself replaced the iconic Porsche 356 A Speedster, and was the second convertible variant of the Porsche 356 B T5. Porsche offered the 356B Cabriolet as a high-end touring car with a thick-padded convertible top and expensive options such a leather seats and a Blaupunkt radio.
The 356 B T5 Roadster was the direct replacement of the Porsche 356 A Convertible D, which itself replaced the iconic Porsche 356 A Speedster, and was the second convertible variant of the Porsche 356 B T5. Porsche offered the 356B Cabriolet as a high-end touring car with a thick-padded convertible top and expensive options such a leather seats and a Blaupunkt radio.
For the 1960 season the FIA made changes to the regulation regarding the windscreen and cockpit size. These rules changes together with a larger (1.6-litre) Type 547/3 engine, developing 160 horsepower (120 kW) and a new double wishbone rear suspension brought about the RS 60 model. The RS 60 brought Porsche victory at the 1960 12 Hours of Sebring with a car driven by Hans Herrmann and Olivier Gendebien. 1960 also saw Porsche win the Targa Florio with Hans Herrmann being joined on the winner podium by Jo Bonnier and Graham Hill. z
The fifth and the last of the 718/2 F2 cars, with chassis number 718/2-05 was an experimental formula racing car. It had the 718/2 chassis, but a different body. The car never got its own type number. It was a one-off car, continuous development project that later evolved into something that became the prototype for the 1961 Porsche 787 F1 car and then even for the 1962 Porsche 804 F1 car.
In keeping with FIA regulations, Porsche created a new lightweight 356 with help from Abarth. After Porsche had considered numerous Italian companies to manufacture a lightweight 356 body, they settled on Abarth. Franco Scaglione penned the first initial drawings which attempted to reduce frontal area, overall height. Included was an adjustable scoop on the rear deck lid. Made entirely of aluminum, Abarth's body was smaller than the Reutter 356.
Around 20 Super 90 Coupes were ordered with the lightweight GT package for racing. They used aluminum panels, a lightweight interior and plexiglas windows to shed over 200 lbs off the standard production coupe. Inside the car came equipped with a roll bar, leather-strap window lifts and speedster seats. Aluminum exterior panels included the doors, hood, rear deck lid.
While all 356 Carreras are rare and desirable cars, the 1961 B Carrera GT is a very special animal indeed. Built from lightweight materials and sporting Porsche’s most powerful racing engine of the time, they were in a different league to the most highly specified road car that the Stuttgart factory then produced. Porsche produced only 49 of the 356B Carrera versions for 1960/61 and all were coupes. Many were painted Silver.
The Porsche 787 is a Formula One (F1) racing car built and raced by Porsche for one year in 1961. The first car (a prototype) was created from the experimental Porsche F2 car with chassis number 718/2-05. The 1961 Porsche 787 was the first Porsche with fuel injection, 6-speed transmission and coil springs in all corners. Only two 787s, serial numbers 78701 and 78702, were ever built. Due to their lack of power and poor handling Ferry Porsche retired the model and continued with the 718/2 as a stopgap.
The 1961 Porsche RS was one of the last Spyders made by Porsche that used the potent 4-cam engine. It was a successor to the 1960 RS60 which was a highly developed version of the original 550 RS Spyder. These diminutive racecars excelled on the tighter courses like the Targa Florio which was first won by Porsche in 1956. That victory marked the first time a sports car with a midship engine had won a major motor sports event.
The story of the 718 coupé began in 1960 when a customer ordered a one-off design from Karosserie Wendler. The car was built on the Porsche 550 chassis. Front-end design came from the 718 Spyder. The roof and the rear end were unique creations by Wendler. For the Le Mans 24h race in June 1961, Porsche created two 718 RS 61 Coupés. They shared the side view silhouette of the Wendler coupé and the rear end of the 718 Spyder, but the front design was original to the car.
Officially designated as the Porsche 356 B Hardtop, the Notchback Coupe was another two-door fixed-roof variant of the 356 B T5. Introduced in 1961 and built by Karmann (the same company that built the VW Karmann Ghia and Convertible VW Beetle), the T5 Notchback coupe was produced only during 1961 for a limited run of a little over 1,000 cars. At the end of 1961, the T5 Notchback evolved into the Porsche 356 B T6 Notchback.
Officially designated as the Porsche 356 B Hardtop, the Notchback Coupe was another two-door fixed-roof variant of the 356 B T5. Introduced in 1961 and built by Karmann (the same company that built the VW Karmann Ghia and Convertible VW Beetle), the T5 Notchback coupe was produced only during 1961 for a limited run of a little over 1,000 cars. At the end of 1961, the T5 Notchback evolved into the Porsche 356 B T6 Notchback.
Officially designated as the Porsche 356 B Hardtop, the Notchback Coupe was another two-door fixed-roof variant of the 356 B T5. Introduced in 1961 and built by Karmann (the same company that built the VW Karmann Ghia and Convertible VW Beetle), the T5 Notchback coupe was produced only during 1961 for a limited run of a little over 1,000 cars. At the end of 1961, the T5 Notchback evolved into the Porsche 356 B T6 Notchback.
The Porsche 804 is a single-seat, open-wheeled racing car produced by Porsche to compete in Formula One (F1). It raced for a single season in 1962 in the 1½ litre formula. For 1962 Porsche developed an 8-cylinder engine for this Formula 1 car. Following Porsche practice the engine was air-cooled and had twin overhead camshafts, four Webber carburetors, and two valves per cylinder. Porsche stayed with carburetors and steel rims while other manufacturers had moved to adopting lightweight alloy wheels to reduce unsprung weight and fuel-injection.
The 1961 4-cylinder special Spyder is the car that became the 1962 8-cylinder W-RS Spyder. It started during the 1961 racing season, when three special 718 racing cars were created for the factory team. Two of those special cars were built as coupés and one as a Spyder - with chassis number 718-047. For the 1962 season, the car got some changes and became known as the Porsche 718/8 W-RS Spyder. Out went the four cylinder and in came an eight-cylinder engine from the Porsche F1 race car.
The chassis number 718-046 of a 1961 718 RS 61 Coupé was used for a new car called 718 GTR in 1962.. The Coupé version was developed from this RS 61 donor and was initially fitted with a 4-cylinder engine. This car was also upgraded to an 8-cylinder F1 derived engine which produced 210 horsepower (160 kW). The car was also fitted with disc brakes. A GTR Coupé driven Jo Bonnier and Carlo Maria Abate won the 1963 Targa Florio making it three wins at the event for a 718 car.
As with the earlier versions, the Carrera was offered both in a Carrera GT Deluxe version for the road and the Carrera GT for racetrack duties. Unlike these earlier models, the new car benefited from the 2.0 liter engine introduced as the Carrera 2 was unveiled in September 1962. The 2.0 Carrera used a variant of the Type 547 engine with a larger bore and stoke, having 1966cc.
The Porsche 356 B T6 Coupe was built on the success of its very popular predecessor: the Porsche 356 B T5 Coupe. In late 1961, Porsche introduced the T6 updates and produced the first run of about 1,400 cars in that same year, all of them through Reutter, the traditional coach builder for 356 Coupes in the past. Nonetheless, in 1962 Porsche reached out to Karmann, the company which had produced the Notchback Coupe to produce the regular Coupe variant. Like the Cabriolet, Roadster, and Notchback Coupe siblings, the Coupe was offered with 1600, 1600S, S90, and Carrera engine options
The Porsche 356 B T6 Coupe was built on the success of its very popular predecessor: the Porsche 356 B T5 Coupe. In late 1961, Porsche introduced the T6 updates and produced the first run of about 1,400 cars in that same year, all of them through Reutter, the traditional coach builder for 356 Coupes in the past. Nonetheless, in 1962 Porsche reached out to Karmann, the company which had produced the Notchback Coupe to produce the regular Coupe variant. In total, the 356 B T6 Coupe production increased 50% over the T5 Coupe production, and saw four times as many cars built as any other 356 B T6 variant.
The Porsche 356 B T6 Coupe was built on the success of its very popular predecessor: the Porsche 356 B T5 Coupe. In late 1961, Porsche introduced the T6 updates and produced the first run of about 1,400 cars in that same year, all of them through Reutter, the traditional coach builder for 356 Coupes in the past. Nonetheless, in 1962 Porsche reached out to Karmann, the company which had produced the Notchback Coupe to produce the regular Coupe variant. In total, the 356 B T6 Coupe production increased 50% over the T5 Coupe production, and saw four times as many cars built as any other 356 B T6 variant.
The 356 B T5 Cabriolet was one of the two convertible variants of the 356 B generation. The direct successor of the Porsche 356 A Cabriolet, the updated version saw a little more than 3,000 cars produced between 1959 and 1961. It was offered with the same engine options as the Coupe: 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission.
The 356 B T5 Cabriolet was one of the two convertible variants of the 356 B generation. The direct successor of the Porsche 356 A Cabriolet, the updated version saw a little more than 3,000 cars produced between 1959 and 1961. It was offered with the same engine options as the Coupe: 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission. The T6 Cabriolet came in 1962 and got the same upgrades as the rest of the T6 variants.
The 356 B T5 Cabriolet was one of the two convertible variants of the 356 B generation. The direct successor of the Porsche 356 A Cabriolet, the updated version saw a little more than 3,000 cars produced between 1959 and 1961. It was offered with the same engine options as the Coupe: 1600, 1600S, S90, and Carrera engine options paired to a four-speed synchromesh 741 transmission. The T6 Cabriolet came in 1962 and got the same upgrades as the rest of the T6 variants.
The ultimate version of the 356 Roadster was the T6 built in very low numbers in 1962. With the introduction of the T6 bodies on the 356B platform, Porsche switched production of the Roadster from Drauz to D’Ieteren Freres. These were identified by twin intake grilles on the engine cover and the model is sometimes named after them. The car benefited from a host of T6 upgrades.
The ultimate version of the 356 Roadster was the T6 built in very low numbers in 1962. With the introduction of the T6 bodies on the 356B platform, Porsche switched production of the Roadster from Drauz to D’Ieteren Freres. These were identified by twin intake grilles on the engine cover and the model is sometimes named after them. The car benefited from a host of T6 upgrades.
The ultimate version of the 356 Roadster was the T6 built in very low numbers in 1962. With the introduction of the T6 bodies on the 356B platform, Porsche switched production of the Roadster from Drauz to D’Ieteren Freres. These were identified by twin intake grilles on the engine cover and the model is sometimes named after them. The car benefited from a host of T6 upgrades.
After a short production run of T5 Notchback Coupes in 1961, and despite its relatively weak sales, Porsche decided to continue production of the Notchback Coupe with the updated 356 B T6 changes during the end of 1961. After a short run of 600 cars in 1961 (1962 models), and an even shorter run of 99 cars in 1962, the Porsche 356 B T6 Notchback Coupe was discontinued in 1962.
After a short production run of T5 Notchback Coupes in 1961, and despite its relatively weak sales, Porsche decided to continue production of the Notchback Coupe with the updated 356 B T6 changes during the end of 1961. After a short run of 600 cars in 1961 (1962 models), and an even shorter run of 99 cars in 1962, the Porsche 356 B T6 Notchback Coupe was discontinued in 1962.
After a short production run of T5 Notchback Coupes in 1961, and despite its relatively weak sales, Porsche decided to continue production of the Notchback Coupe with the updated 356 B T6 changes during the end of 1961. After a short run of 600 cars in 1961 (1962 models), and an even shorter run of 99 cars in 1962, the Porsche 356 B T6 Notchback Coupe was discontinued in 1962.
After a considerable absence of a Carrera model in the 356 model lineup, Porsche finally made another version with the introduction of a 2.0-liter engine. As with the earlier versions, the Carrera was offered both in a Carrera GT Deluxe version for the road and the Carrera GT for racetrack duties. Unlike these earlier models, the new car benefited from the 2.0 liter engine introduced as the Carrera 2 in September 1962.
After a considerable absence of a Carrera model in the 356 model lineup, Porsche finally made another version with the introduction of a 2.0-liter engine. As with the earlier versions, the Carrera was offered both in a Carrera GT Deluxe version for the road and the Carrera GT for racetrack duties. Unlike these earlier models, the new car benefited from the 2.0 liter engine introduced as the Carrera 2 in September 1962.
The Porsche 904 debuted late in 1963, for the 1964 racing season. Porsche designed the 1965 Porsche 904 Carrera GTS variant to compete in the FIA-GT class at various international racing events and a street-legal version debuted in 1964 in order to comply with FIA’s Group 3 homologation regulations. When the 904 Carrera GTS debuted, it represented Porsche’s first foray into fiberglass bodywork and the last hurrah for its four-cam, four-cylinder engine.
One of the most confused of all Porsche is this DKS or Dreikantschaber produced in 1963. While it might appear like a mid-engine RS61 Coupe, this car is actually a rebodied 356B with a rear-mounted engine. Porsche 1963 campaign took off with the 356B/1600GS Abarth fitted with the Type 587/2 2.0-liter engine and Porsche-ATE disc brakes from the Carrera 2. Unlike the earlier 356s, this one featured fared-in driving lights and cut-off greenhouse reminiscent of of the RS61 coupe. Porsche didn't give this new a car a name since it was homologated and considered a Carrera 2 by the FIA. It was nicknamed Dreikantschaber.
In 1963 Porsche introduced their seminal 901 at the 911 at the Frankfurt Motor Show which would be renamed 911 for the 1964 model year. The new car was sold alongside the 356C as an alternative wth more power and room for a rear seat. At the 1963 Frankfurt show the public saw Porsches new direction. Compared to the 356 it had a longer wheelbase, a more compact suspension setup and much more power from the flat-6 engine. Porsche had manufactured 82 901s before switching to 911.
In 1965, the 904’s second and final production year, some examples received a version of the 911’s 2.0-liter flat-six. This version was dubbed the 904/6 and was focused on the factory works effort by Porsche. Six of these cars were so equipped and used a chassis number of 906-0xx. Porsche built a total of six similar 904/6 Works team cars with the following chassis number assignments: 906-001, 002, 005, 006, 011, and 012.
Three factory race cars were fitted with a flat eight-cylinder power plant derived from the 1962 804 F1 car, the 225 hp (168 kW) 1,962 cc (119.7 cu in) Type 771, which used 42 mm (1.7 in)-throat downdraft Weber carburetors. The Type 771s, however, suffered a "disturbing habit" of making their flywheels explode. The 904/8 cars had a short and relatively unlucky racing career.
Introduced in 1963 for the 1964 model year, the base model Porsche 356 1600C Coupe was presented as the entry-level version of the last generation of the Porsche 356 Coupes. After offering standard/base model versions for the 356 A and 356 B with 60 HP engines, Porsche dropped the standard version as its base model and introduced the successor of the former mid-level 1600 Super engine variant with 75 HP, as the entry-level engine option for the 356 C generation. As with previous generations, it was also offered with the 356 C Cabriolet cars.
Introduced in 1963 for the 1964 model year, the base model Porsche 356 1600C Coupe was presented as the entry-level version of the last generation of the Porsche 356 Coupes. After offering standard/base model versions for the 356 A and 356 B with 60 HP engines, Porsche dropped the standard version as its base model and introduced the successor of the former mid-level 1600 Super engine variant with 75 HP, as the entry-level engine option for the 356 C generation. As with previous generations, it was also offered with the 356 C Cabriolet cars.
The Porsche 356 SC, was the top-of-the-line variant in terms of performance for the 356 C Generation, sporting the highest specific output pushrod 4-cylinder engine ever available from Porsche with 107 HP. The SC engine produced 107 bhp at 5200 rpm and featured a stouter counter-weighted crankshaft, short skirt pistons, a more radical camshaft configuration, and large Solex carburetors. The SC was the natural successor of the previous generation Super 90 and represented the top-of-the-line variant for the final evolution of the Porsche 356.
The Porsche 356 SC, was the top-of-the-line variant in terms of performance for the 356 C Generation, sporting the highest specific output pushrod 4-cylinder engine ever available from Porsche with 107 HP. The SC engine produced 107 bhp at 5200 rpm and featured a stouter counter-weighted crankshaft, short skirt pistons, a more radical camshaft configuration, and large Solex carburetors. The SC was the natural successor of the previous generation Super 90 and represented the top-of-the-line variant for the final evolution of the Porsche 356.
Amongst Porsche 356 enthusiasts, perhaps no model is more coveted than a C-Series Carrera 2. The Carrera 2 represents the culmination of Porsche’s racing technology fitted into a road car package and the ultimate performance-first sports car in the 356 model lineup. The 1,966-cubic centimeter, mechanically complex four-cam Type 587/1 engine was the most powerful unit that Porsche had ever created for a production car, developing 130 brake horsepower at 6,200 rpm.
Amongst Porsche 356 enthusiasts, perhaps no model is more coveted than a C-Series Carrera 2. The Carrera 2 represents the culmination of Porsche’s racing technology fitted into a road car package and the ultimate performance-first sports car in the 356 model lineup. The 1,966-cubic centimeter, mechanically complex four-cam Type 587/1 engine was the most powerful unit that Porsche had ever created for a production car, developing 130 brake horsepower at 6,200 rpm.
For the underpinnings of the new 904 Bergspyder, the Porsche engineers recycled five chassis originally laid down for a production version of the six-cylinder 904/6 Coupes. The steel platform chassis of the 904 was reinforced with cross-braces to compensate for the rigidity that had originally been provided by the coupe body. The Bergspyders were tried with both the exotic twin-cam eight-cylinder engine and a highly tuned flat six.
A spider body was fitted, and its inaugural appearance was at the Swiss Ollon-Villars hillclimb where it was met with disappointing results that were clearly to-do with poor testing and rushed development. The Ferrari's easily dominated the event and sent Porsche and their ''Ollon Villars Spyder' back to the drawing-board.
Put most simply, a 912 is essentially a 911-style body mated with a 356-derived 4-cylinder engine. The 356 was Porsche’s first mass-marketed sports car. The Porsche 911 is the most successful sports car of all time. the new 912 came equipped with 90HP motor was a slightly detuned version of the 95HP motor that had powered its predecessor, the 356SC. However, despite this reduction of power, and despite the 912 being a heavier car, it was actually faster than the 356SC thanks to more streamlined aerodynamics and a more advanced suspension system.
The first generation of the Porsche 911 begins in late 1964 and goes through 1968. The "base" model was an instant hit. During this period, Porsche would make continuous improvements and tweaks to the body, to its short wheelbase (SWB) chassis, and to its 2.0 liter flat six engine. Model year 1968 would be the last for the early 911, a transition that would begin with the introduction of the higher output 911S in 1967, followed by the 911L and a new entry level 911T in 1968, and finally, the 911E in 1969. The base 911 was available as both a Coupe and Targa (starting in '67).
Southern California Porsche dealer Johnny von Neumann knew what his customers wanted, and a Targa top Targa 911 wasn’t it. With Porsche’s approval, he hired designer Nuccio Bertone to create a one-off 1966 Porsche 911 Spyder, in hopes of launching low-volume production. Just one example was constructed. The engine incorporated a vertically-mounted cooling fan, a 9.1:1 compression ratio and two triple-choke 40PI Solex carburettors. Peak output was 130bhp at 6100rpm and 174lb-ft at 4200rpm. Transmission was via a Type 901 five-speed gearbox and single-plate clutch.
The 906 LH was capable of achieving 174 mph/280 km/h with its 2-litre engine (906 K: 165 mph/265 km/h). At high speed the long tail started to create lift (opposite to downforce), which made the car go fast on the straight, but was dangerous to drive.
Four factory 906s received an air-cooled eight-cylinder boxer engine of the type 771, which was already used in the 904/8. The engine had a displacement of 2.2 liters with a compression of 10.2: 1 and vertical shafts that drove the two overhead camshafts per cylinder bank. The maximum output was 198 kW (270 bhp @ 8600 rpm.
Developed for endurance sports car racing, the 906 was a street-legal racing car that raced in the FIA's Group 4 class against cars like the Ferrari Dino 206 P. They often won their class behind the much larger prototypes such as the Ford GT40 Mk II and Ferrari 330 P3/4. Based off the same principles as the 904, the 906 used a boxed steel chassis with a fiberglass body that added rigidity to the design.
The technology in racing during the mid 60s was shifting from carburetors to fuel injection. Porsche began experimenting and after a lot of development had developed a competitive system. The Bosch injection system proved to be the most reliable and produced the best results. Though the performance did not increase, it did provide superior throttle response over the Weber carburetors, and it was easier to tune. To compliment the new engine, a new body was created which reduced drag levels. Porsche dubbed the resulting car, with its new engine and body work, the 906E, with the 'E' representing 'Einspritzung, or injection.
In 1967 and 1968, the Porsche 910/8 Bergspyder was the dominant force before the 909 came along. Porsche’s 910 was essentially an updated 906 and were championship-winning machines thanks to being extremely nimble and well-suited to mountain roads. It had titanium (brake calipers), beryllium (brake discs), magnesium (wheels), electron (tank), plastic (body) and aluminium. The running gear was similar to that of a Formula 1 car, including an eight-cylinder boxer engine.
Porsche 910 was the evolution of the 906 with Ferdinand Piëch as its main driving force and Hans Mezger as the head engineer. It came before 907, 908 and 909. Compared to the 906, the 910 had 13" Formula 1 wheels with central locking (906 had 15" 5-bolt wheels), more rounded design everywhere and the roof panel was removable. Because of the targa roof, the cool-looking gullwing doors of the 906 had to be forgotten.
The K in 907K stands for short-tail ("Kurz" in German). Porsche brought four new 907s with short-tail bodies to the rugged Sebring circuit in March 1968. Seven laps in, one 907 was out, and a second suffered engine troubles after 46 circuits. Not to worry, as the other two dominated the race. Porsche 907 024 with drivers Hans Herrmann (Germany) and Jo Siffert (Switzerland) went from the pole position to a dominating victory at an average speed of 102.512 mph, 10 laps ahead of its sister 907.
In 1967, Porsche brought a new kind of car to Le Mans. The 907 had a small flat-six and incredibly low bodywork, was aerodynamically optimized. Ford won Le Mans, but the 907 proved its worth. At the end of March, 1968, Porsche had four type 907 chassis ready, and brought them to the 24 Hours of Daytona. Fully developed, the 907 now used a 2195 cc aircooled, magnesium alloy flat-eight with Bosch fuel injection, good for 278 bhp at 8700 rpm. The 907LH (lang heck, or long tail) was slippery, stonking fast and wicked hard to drive. And it won.
Based on the 911S, the 911 R was produced by Porsche to compete in the FIA’s GT 2.0 category. To make it competitive, the 911R was powered by a flat-six engine, Type 901/22 from the Porsche 906, capable of 210 hp. It went on a diet too, with weight savings coming from everywhere, getting the 911 R down to just 1,800 pounds dry. Four prototypes were constructed after which Porsche had coachbuilder Karl Baur build another 20 customer cars. In the end, because of the modifications to the 911R, the FIA refused to homologate the car.
Put most simply, a 912 is essentially a 911-style body mated with a 356-derived 4-cylinder engine. The 356 was Porsche’s first mass-marketed sports car. The Porsche 911 is the most successful sports car of all time. the new 912 came equipped with 90HP motor was a slightly detuned version of the 95HP motor that had powered its predecessor, the 356SC. However, despite this reduction of power, and despite the 912 being a heavier car, it was actually faster than the 356SC thanks to more streamlined aerodynamics and a more advanced suspension system.
The first generation of the Porsche 911 begins in late 1964 and goes through 1968. The "base" model was an instant hit. During this period, Porsche would make continuous improvements and tweaks to the body, to its short wheelbase (SWB) chassis, and to its 2.0 liter flat six engine. Model year 1968 would be the last for the early 911, a transition that would begin with the introduction of the higher output 911S in 1967, followed by the 911L and a new entry level 911T in 1968, and finally, the 911E in 1969. The base 911 was available as both a Coupe and Targa (starting in '67).
In 1966 the beefier 160hp 911S was introduced as the first variation of the 911. The "S" which stood for "Super" boasted performance upgrades and modifications that included larger valves, a higher compression ratio, better porting and larger carburetor jets. Along with the mechanical tweaks, the 911S also received chassis upgrades in the form of a rear anti-roll bar, Koni shocks, distinctive 5-spoke Fuchs alloy wheels and ventilated disc brakes on all four corners to replace the solid discs.
The 1967 Porsche 911S Targa was introduced alongside its Coupé sibling as a more powerful variant of the Base 911, distinguishable by its stylish Fuchs alloy wheels and a 'soft' plastic rear window. It featured the same 2.0 Liter as the standard model (Type 901/02 with Weber carburetors), but it produced 30 more HP for a total of 160 hp. Total production numbers are spotty, but they are estimated at 2,306 911S, of which 1,823 were Coupe and only 483 were Targa
The pinnacle for hillclimb racing was the mid-1960s and perhaps the most extreme machine of the era was the Porsche 909 Bergspyder. It took weight saving to the extreme. The 909 Bergspyder did not win a major event. It ended up being an awesome laboratory of ideas (not all worked). The 909 Bergspyder was based on the 910, but Piëch had tasked his team of engineers, including the legendary Peter Falk, to remove weight on every component.
The FIA’s new three-liter prototype (Group 6) and five-liter sports car (Group 4) regulations adopted for 1968 presented the opportunity for Porsche to update its 907, which had won races but lost the championship. In came a 2997 cc flat-eight engined 908. Despite its aerodynamic appearance, the 908 LH was no easy car to drive fast. Beautiful but imperfect aerodynamics made the racers weave back and forth as speeds approached 200 mph. Despite winning the 1000km Nürburgring, the 908 was anything but convincing in 1968.
The Porsche 908/01 K Coupé was basically a 907 K with the new 3-litre flat-8. “K” in the designation stands for Kurz which is “short” in German, meaning the car had short-tail body compared to the 908 LH (“langheck”, long-tail). Although 907 and 908 were similar, there was a visual difference - the 907 had symmetrical front openings and the 908/01 K had asymmetrical. The 908/01 K debuted on May 19 at the Nürburgring 1000 km race and won it outright.
To homologate the 1968 911 for competition purposes, Porsche began with the Spartan 911 T which were a full 54 kg (118 pounds) lighter than their 'S' siblings. Porsche offered clients the opportunity to buy a 911 T outfitted with competition equipment directly from the factory, and the resulting cars have become known as the 911 T/R. They were built in low quantities to a range of specifications depending on their intended competition purposes.
In 1967 the A-Series Porsche production line was divided into the entry-level 911T, the standard 911 L for Lux and the sporting 911S. The 911L was effectively the 911 2.0 from previous years with only very minor updates such as new door handles, a brushed aluminum dashboard, a black steering wheel and other very minor details. In Europe, where it was considered the midrange model it featured engine Type 901/06 (Type 901/07 with Sportomatic) rated at 130 hp. In North America, the 911L was the highest level offering.
The Porsche 911L (Lux) was introduced in model year 1968 in both Europe and the United States in coupe and targa variants. Approximately 1,610 samples were produced in total, of which 1,169 were coupes, and 575 were Targas. For the 1969 model year, the 911L would cease to exist, paving the way for a new mid-tier offering in Europe and the US, the 1969 911E, and for the higher-end 1969 911S in North America.
The Porsche 911T was introduced for model year 1968 in Europe only, as a lower priced, lower performance entry point into the 911 world, below the 1968 911L and 1968 911S. The 911T featured engine Type 901/03 (Type 901/13 with Sportomatic), with Weber carburetors, rated at 110 hp. A total of 2,132 911T's were produced for the year, of which 1,611 were coupes and 521 were Targa. As with the other 911 variants, 1968 is noteworth as the final year of the short wheelbase 911. It evolved into the 1969 911T.
The Porsche 911T was introduced for model year 1968 in Europe only, as a lower priced, lower performance entry point into the 911 world, below the 1968 911L and 1968 911S. The 911T featured engine Type 901/03 (Type 901/13 with Sportomatic), with Weber carburetors, rated at 110 hp. A total of 2,132 911T's were produced for the year, of which 1,611 were coupes and 521 were Targa. As with the other 911 variants, 1968 is noteworth as the final year of the short wheelbase 911. It evolved into the 1969 911T.
Porsche only built 2 914/8s. The first was a development mule that Piëch used to prove the concept of a 914/8. The second was built for Ferry Porsche as a birthday present. Both are very unique 914s still owned by Porsche and regularly shown at the museum in Stuttgart. They had a 300 HP 3.0L 908 engine and a 916 transmission, and was never registered for the street. This was a test bed and a prototype, with many unique features that did not end up on the production 914s.
Introduced in 1969, the three-litre 908/2 is an evolution of the Porsche 908K Coupe. As the rule book for the season no longer required a minimum windscreen height nor the requirement to run a spare wheel, Porsche opted for a much lighter Spyder body; which looked like a chopped version of the short-tail Coupe used in 1968. The Spyder body was perfectly suited for high downforce races like the Nürburgring 1000 km and the Targa Florio. It was also about 100 kg lighter than the Coupe.
The 908/02 K Spyder and 908 K Flunder Spyder were basically the same cars with slightly different bodyworks. If you look at the non-Flunder Spyder, you see that the body drops after the front wheel arch and rises again before the rear wheel arch. In the Flunder version, this concavity doesn't exist. The difference between the two versions was mainly visual, no difference in racing use. The first competition the Flunder was entered, was the Nürburgring 1000 km on June 1, 1969.
The longer tail 908 Spyders were created only with the Flunder body - the body that's upper surface is almost flat between the axles - and not with the "normal" curvy Spyder body. Very few LH Flunders were created, both with 908/02 and 908/01 chassis numbers. 908 LH Flunder Spyder was first used at the 1969 Le Mans 24h race by Jo Siffert and Brian Redman, but they had to retire because of the gearbox failure. The only excellent result was 3rda at the 1970 Le Mans.
Although Porsche concentrated primarily on development of its twelve cylinder 917 from the middle of 1969, the eight cylinder 908 was also developed further. This 908 received a completely new tubular frame based on that of the 909 Bergspyder and its three liter engine was moved forward by mounting the gearbox ahead of the differential to achieve more equal weight distribution.
For the 1969 racing season an absolutely new Porsche 917 with 4.5-litre 12-cylinder engine was created. Ferdinand Piëch relied on the skilfulness of Hans Mezger, who was responsible for the overall construction of the vehicle and its engine. The aim was to create the fastest racing car ever. Short and long tail versions were developed, called as the 917 K ("Kurz" = short in German) and the 917 LH ("Langheck" = long tail). The first car was assembled in December 1968.
Although the longtail 917 was introduced first, it was meant only for the Le Mans. This meant, the short tail 917 K ("Kurz" in German for short) was raced first. The only engine available in 1969 was the 4.5-litre flat 12. The factory team enters one 917 K also for the Nürburgring 1000 km race, where it scores 8th. The factory team would not enter 917 K for racing anymore in the season, only private teams will.
Put most simply, a 912 is essentially a 911-style body mated with a 356-derived 4-cylinder engine. The 356 was Porsche’s first mass-marketed sports car. The Porsche 911 is the most successful sports car of all time. the new 912 came equipped with 90HP motor was a slightly detuned version of the 95HP motor that had powered its predecessor, the 356SC. However, despite this reduction of power, and despite the 912 being a heavier car, it was actually faster than the 356SC thanks to more streamlined aerodynamics and a more advanced suspension system.
Put most simply, a 912 is essentially a 911-style body mated with a 356-derived 4-cylinder engine. The 356 was Porsche’s first mass-marketed sports car. The Porsche 911 is the most successful sports car of all time. the new 912 came equipped with 90HP motor was a slightly detuned version of the 95HP motor that had powered its predecessor, the 356SC. However, despite this reduction of power, and despite the 912 being a heavier car, it was actually faster than the 356SC thanks to more streamlined aerodynamics and a more advanced suspension system.
For the 1969 model year, the Porsche 911T would continue for its second year in Europe, and newly introduced into the United States market, as the entry level offering for the 911, sitting below the 1969 911E and the 1969 911S. Featuring the Weber carbureted engine Type 901/03 (Type 901/13 with Sportomatic, Type 901/16 in the US, Type 901/19 with Sportomatic in the US), it was rated at 110 hp. As with the other variants, 1969 models, including the 911T, were the first to take on a longer wheelbase chassis at 89.4 inches (increased by 2.4 inches) which greatly improved drivability, along with flared wheelwells to accommodate larger tires. After a total production of 4,186 (3,904 Coupes and 282 Targas), it was replaced by the 2.2L 911T for model year 1970.
The 1969 Porsche 911T Targa, along with its coupe sibling, was the entry level offering for the 911, sitting below the 1969 911E Targa and the 1969 911S Targa. Like the coupe, it featured the 2.0-liter Weber carbureted engine Type 901/03 (Type 901/13 with Sportomatic, Type 901/16 in the US, Type 901/19 with Sportomatic in the US), rated at 110 hp. As with the higher trimmed E and S variants, 1969 911T's were the first to take on a longer wheelbase chassis at 89.4 inches (increased by 2.4 inches) which greatly improved drivability, along with flared wheelwells to accommodate larger tires. The 911T Targa had a low production count of 282 samples that year, compared to 3,904 coupes. It was replaced by the 2.2L 911T Targa for model year 1970.
The 1969 Porsche 911E Coupe was the fixed roof variant of the 2.0 Liter 911E introduced that year as the midrange model for the 911, sitting between the contemporaneous 1969 911T and 1969 911S. The 1969 911E was powered by engine Type 901/09 (Type 901/11 with Sportomatic) featuring mechanical fuel injection (MFI), and was rated at 140 hp. From a total production of 2,826 samples, approximately 1,968 coupes and the rest were Targa. It evolved into the 2.2 Liter 911E Coupe for model year 1970.
The 1969 Porsche 911E Targa was a variant of the 2.0 Liter 911E introduced that year as the midrange model for the 911, sitting between the contemporaneous 1969 911T and 1969 911S. The 1969 911E Targa was powered by engine Type 901/09 (Type 901/11 with Sportomatic) featuring mechanical fuel injection (MFI), and was rated at 140 hp. From a total production of 2,826 samples, approximately 858 were Targa, and 1,968 were Coupes. It evolved into the 2.2 Liter 911E Targa for model year 1970.
The Porsche 911S continued for the 1969 model year as the top of the line model for the 911, sitting above the contemporaneous 1969 911T and 1969 911E. As with the other variants, 1969 models were the first to take on a longer wheelbase chassis at 89.4 inches (increased by 2.4 inches) which greatly improved drivability, along with flared wheelwells to accommodate larger tires. The 1969 911S was powered by engine Type 901/10 featuring mechanical fuel injection (MFI), and was rated at 170 hp. It was available as a 911S Coupe or 911S Targa.
The 1969 Porsche 911S Targa continued for the model year along with its Coupe sibling as the top of the line model for the 911, sitting above the contemporaneous 1969 911T and 1969 911E. As with the other variants, 1969 models were the first to take on a longer wheelbase chassis at 89.4 inches (increased by 2.4 inches) which greatly improved drivability, along with flared wheelwells to accommodate larger tires. The 1969 911S was powered by engine Type 901/10 featuring mechanical fuel injection (MFI), and was rated at 170 hp. A total of 614 911S Targas were produced for the year.
The Porsche Tapiro is a concept car built by Porsche in 1970. It was designed by Giorgetto Giugiaro and has a traditional 1970s wedge design, which critics say somewhat resembles the De Tomaso Mangusta. The chassis is based on the Porsche 914/6, and it features gullwing-style doors. First shown at the 1970 Turin Motor Show, it will be remembered as one of the most unusual Porsches and the first car to receive Italdesign’s signature wedge shape.
The Porsche 914 was first shown at the 1969 Frankfurt Auto Show was, as intended, a true conglomeration. The front suspension was largely derived from the 911 with some VW components, and the interior was a blend of both companies' parts bins. The initial engine offering was Volkswagen's 80-hp fuel-injected 1.7 liter flat four, while the 914/6 had a twin-carburetor 2.0-liter Porsche flat six tuned for 125 hp.
The standard 914 was powered by Volkswagen’s horizontal four-cylinder engine, producing a power output of 80 hp. Even with the lightweight Porsche body, acceleration suffered. The solution to this was to offer a second version: the 914/6, powered by a six-cylinder engine, total power output exceeded 100 hp. Unfortunately, this came with an extra cost– the 914/6 was nearly as expensive as a standard 911.
The Porsche 914-6 GT was a race car built by Porsche, based on the 914 model with a 6-cylinder engine and GT package. The 914-6 GT was a race configured version of the 914-6. The factory offered the GT option, which was distinguishable by its box-like steel fender flares. It quickly became known as the 914-6 GT and was raced employing different engine configurations. This included the 'T' specification, which was a basic 911 engine. Another popular configuration was to use a converted Carrera 6 engine.
By 1969, Porsche develops the 917 Spyder with a view to competing in the extremely popular North American racing series, the Canadian American Challenge Cup (Can-Am). Three units featuring 4.5-litre twelve-cylinder naturally aspirated engines are constructed in Zuffenhausen, and Jo Siffert takes one to the US to compete in the Can-Am races, ultimately placing fourth overall. The car becomes known as the 917 PA Spyder, with “PA” standing for “Porsche + Audi” as they are the two sales organisations in the US at the time.
With the aerodynamic instability of the 917 in the 1969, two separate configurations were used in 1970. These were the short-tail Kurzheck version and the less common Langheck or long-tail. Most of the 917's accolades were achieved by the 917 Kurzheck, leaving the Langheck a less popular, but ultimately just as potent contender.
The 917 Kurzheck Coupé (917K) first appeared in 1970 and contributed more to the Porsche 917 story than any other variant. It was a high-down force version that featured a cut-off tail for increased downforce. This reduced the cars top speed, as much as 30 mph. Le Mans winner 1970, Interserie winner 1970 and Manufacturers' World Championship for Porsche in 1970.
Porsche developed the S/T, of which 33 were built in 1970 and 1971, taking full advantage of new FIA rules allowing a two-inch wider track. Accordingly, wheel arches were widened to accommodate seven-inch front and nine-inch rear wheels. Weight reduction was even more radical, including thinner-gauge steel for the roof and floorpans. Heating ducts, seat slide supports, the glove-box lid, ashtray, sun visors and rear torsion-bar covers were deleted.
The Porsche 911T continued as the entry level 911 for the 1970 and 1971 model years, sitting below the 2.2L 911 E and the 2.2 L 911 S. The 911 T featured all the upgrades that came with C-Series production updates including longer wheelbase and Fuchs alloy wheels. During its production years it was available as both a Coupe or Targa bodystyle. As with the E and S variants, Porsche would upgrade the 911T to a larger 2.2 liter engine.
The Porsche 911T continued as the entry level 911 for the 1970 and 1971 model years, sitting below the contemporaneous 2.2L 911E and the 2.2L 911S. As with the E and S variants, Porsche would upgrade the 911T to a larger 2.2 liter engine. The version in the 911T, Type 911/03 (or 911/06 with Sportomatic, Type 911/07 for US-spec), featured Zenith carburetors, and was rated at 125 hp. During its production years it was available as a 2.2L 911T Coupe or a 2.2L 911T Targa. For model year 1972, the 2.2 liter 911T was replaced by the 2.4L 911T.
The Porsche 911E continued as the midrange 911 for the 1970 and 1971 model years, fitting between the contemporaneous 2.2L 911T and the 2.2L 911S. As with the T and S variants, Porsche would upgrade the 911E to a larger 2.2 liter engine. The 2.2L engine in the 911E, Type 911/01 or Type 911/04 with Sportomatic, featured mechanical fuel injection (“E” denotes 'Einspritzung', being German for “injection”), and was rated at 155 hp. During its production years it was available as a 2.2L 911E Coupe and a 2.2L 911E Targa. For model year 1972, the 2.2L 911E was replaced by the 2.4L 911E.
The Porsche 911E continued as the midrange 911 for the 1970 and 1971 model years, fitting between the contemporaneous 2.2L 911T and the 2.2L 911S. As with the T and S variants, Porsche would upgrade the 911E to a larger 2.2 liter engine. The 2.2L engine in the 911E, Type 911/01 or Type 911/04 with Sportomatic, featured mechanical fuel injection (“E” denotes 'Einspritzung', being German for “injection”), and was rated at 155 hp. During its production years it was available as a 2.2L 911E Coupe and a 2.2L 911E Targa. For model year 1972, the 2.2L 911E was replaced by the 2.4L 911E.
Along with all the C-series improvements to the 911 line, the 1970 Porsche 911 S was upgraded to include a 180 bhp version flat-6. This further improved the performance credentials of the model which already had Fuchs light alloy wheels and bigger brakes. Specific to the S model's engine was a re-profiled camshaft, larger valves, better porting, higher compression and larger jets for the Weber carburetors. This resulted in 30 more horsepower for a total 180 horsepower.
The 1970 to 1971 Porsche 911S Targa, along with its Coupe sibling, continued as the top of the line 911 for that period, sitting above the contemporaneous 2.2L 911T and the 2.2L 911E. As with the T and E variants, Porsche would upgrade the 911S to a larger 2.2 liter engine. The version in the 911S, Type 911/02, featured mechanical fuel injection, and was rated at 180 hp. Vehicles from this period with significant modifications will be found in the 911S Custom market. For model year 1972, it was replaced by the 2.4L 911S Targa. *Note that early production samples may be labeled as 1969.
After a highly modified 914 finished sixth overall at Le Mans in 1970, Ferdinand Piëch saw potential for a higher-performance, luxurious version that could be registered for highway use, and pursued the idea of what would become the Porsche 916. Planned for the 1972 model year, the Porsche 916 program was cancelled after eleven prototypes were built.
The Group 7 class in CanAm was virtually unlimited with regard to regulation, so Porsche was free to try many different avenues to source extra power. Two main themes were explored: the first was to go into uncharted territory and turbocharge engines with an exhaust-driven turbine. Eventually this was the chosen route, but it didn't reach fruition until a larger 16-cylinder engine was tried.
Like the 917 LH of 1969 and 1970, the 1971 version was also made for one race only - the 24 hours of Le Mans. The 917 LH-70 had already proved that the body was excellent for Le Mans, so the aerodynamical modifications for 1971 were mild. The front was modified and the rear wheels were covered. The 917 LH-70 that scored 2nd at the 1970 Le Mans 24H (chassis 917-043) was modified for the Le Mans 1971.
The “shark fins” on the tail gave the Porsche 917 KH 1971 greater directional stability and reduced wind resistance by 11 percent. In 1971 a veritable armada of six Porsche 917s started at Le Mans. The car with start number 22 was special. The white race car with the characteristic Martini stripes had the new “shark fins” on the tail that Porsche had first used in pretraining in April. This 917 was also the first Porsche with a magnesium tubular frame to be used in a race.
An attempt to blend the best aerodynamic characteristics from both the short-tailed 917 K and long-tailed 917 LH led to the the 917/20, otherwise known as the Pink Pig. The car's combination of a long body, stubby face, and wide hips gave it a pig-like look, which inspired Porsche designer Anatole Lapine to give the car a pink paint job with butcher cut lines covering the exterior. It was hugely popular at the 1971 Le Mans race, and was the fastest in qualifying and nearly came in fifth place, before a brake failure caused it to crash before the finish line.
Jo Siffert was the first to take the 917 to Can-Am championship. The car he used in 1969, was the 917 PA Spyder. Although he participated in one Can-Am race in 1970 with a 917 K, that season he skipped. He was back from mid-season 1971 and now with the 917/10. Only two 917/10 were created in 1971. The chassis 001 was used for testing and the 002 by Siffert. He took part in six races out of ten, managed podium finishes three times and scored 4th in the season, like in 1969.
The 1972 917/10 was similar in its design to the 908/03, but, of course, had the 12-cylinder engine instead of the 3-litre flat-8. The 917/10-72 was first seen at the Interserie Nürburgring race on April 3. It was the chassis 004 car of Leo Kinnunen and Keimola Racing Team AAW. Kinnunen scored 4th in the first race, but would win the championship by the end of the season. The second Interserie race was at Monza on May 1st and that race was won by chassis 917/10-002 and Willy Kauhsen.
The first turbo-Porsche, Can-Am winner 1972, Interserie winner 1972, 1973. The first ever publically seen turbocharged Porsche was the 917/10 Turbo with chassis number 917/10-011. It was entered for the June 11, 1972 Can-Am Mosport race. Mark Donohue was fastest in the qualification with it, but scored second in the 80 laps race after the 8.1-litre McLaren. The Porsche Turbo era had begun. Eight 917/10 were racing in 1972 in Can-Am and in Interserie.
The final evolution of the 917 was created after Ferdinand Piëch had left the Porsche company in 1972. Two complete 917/30 Can-Am cars with 2500 mm (98.4") wheelbase were made for Roger Penske Enterprises racing team. They were chassis 917/30-002 and 003. The 001 car was not a real 917/30 and was raced in Europe at the Interserie. The Can-Am 917/30 had a 5.4-litre flat 12-cylinder twin-turbo engine which produced so much power that nobody really knew how much.
The Porsche 911T Coupe, along with its Targa sibling, continued as the entry level 911 variant for 1972 and 1973. As with the higher-end E and S variants, Porsche would upgrade the 911T to a new, larger 2,341 cc (2.3 L) engine, commonly known as the "2.4 L" engine. With the power and torque increase, the 2.4-liter cars also got the newer and stronger transmission, identified as the 915 gearbox. Non-US versions (ROW), were carbureted and featured the Type 911/57 engine, rated at 130 hp. US-spec 911T's had engine Type 911/51 and featured mechanical fuel injection (MFI), and were rated at 140 hp. In early 1973, US-spec 911T's, often referred to with the 1973.5 model year or with a 911 T/E designation, were equipped with Bosch CIS fuel injection on the Type 911/91 engine (Type 911/96 with Sportomatic). This powertrain combination preserved the power output of the US-spec version at 140 hp, but with lower emissions. For model year 1974 the "T" designation was dropped and the model was replaced with the 2.7L 911 Coupe Base Model.
The Porsche 911T Targa, along with its Coupe sibling, continued as an entry level 911 variant for 1972 and 1973. As with the E and S variants, Porsche would upgrade the 911T to a new, larger 2,341 cc (2.3 L) engine, commonly known as the "2.4 L" engine. With the power and torque increase, the 2.4-liter cars also got the newer and stronger transmission, identified as the 915 gearbox. Non-US versions (ROW), were carbureted and featured the Type 911/57 engine, rated at 130 hp. US-spec 911T's had engine Type 911/51 and featured mechanical fuel injection (MFI), and were rated at 140 hp. In early 1973, US-spec 911T's, often referred to with the 1973.5 model year or with a 911 T/E designation, were equipped with Bosch CIS fuel injection on the Type 911/91 engine (Type 911/96 with Sportomatic). This powertrain combination preserved the power output of the US-spec version at 140 hp, but with lower emissions. For model year 1974 the "T" designation was dropped and the model was replaced with the 2.7L 911 Targa Base Model.
The Porsche 911E continued as the midrange 911 model for 1972 and 1973, fitting between the contemporaneous 2.4L 911T and the 2.4L 911S. As with the T and S variants, Porsche would upgrade the 911E to a new, larger 2,341 cc (2.3 L) engine, commonly known as the "2.4 L" engines. The 911E version, designated 911/52 was rated at 165 hp (it was designated 911/62 with Sportomatic). With the power and torque increase, the 2.4-liter cars also got the newer and stronger transmission.
The Porsche 911E continued as the midrange 911 model for 1972 and 1973, fitting between the contemporaneous 2.4L 911T and the 2.4L 911S. As with the T and S variants, Porsche would upgrade the 911E to a new, larger 2,341 cc (2.3 L) engine, commonly known as the "2.4 L" engines. The 911E version, designated 911/52 was rated at 165 hp (it was designated 911/62 with Sportomatic). With the power and torque increase, the 2.4-liter cars also got the newer and stronger transmission.
The Porsche 911S was the top of the line 911 model for 1972 and through 1973 until the Carrera RS 2.7 was introduced. The 911S sat above the contemporaneous 2.4L 911T and the 2.4L 911E. As with the T and E variants, Porsche would upgrade the 911S to a new, larger 2,341 cc (2.3 L) engine, commonly known as the "2.4 L" engine. The engine version on the 911S, Type 911/53, was rated at 190 hp and featured mechanical fuel injection (the version with Sportomatic was Type 911/63). With the power and torque increase, the 2.4-liter cars also got the newer and stronger transmission, identified as the 915 gearbox. It was produced as both a 2.4L 911S Coupe and a 2.4L 911S Targa. The 2.4 liter 911S was replaced by the 2.7 Liter 911S for model year 1974.
The 1972 to 1973 Porsche 911S Targa, along with its Coupe sibling, were the top of the line 911 models for the period until the Carrera RS 2.7 was introduced. The 911S sat above the contemporaneous 2.4L 911T and the 2.4L 911E. As with the T and E variants, Porsche would upgrade the 911S to a new, larger 2,341 cc (2.3 L) engine, commonly known as the "2.4 L" engine. The engine version on the 911S, Type 911/53, was rated at 190 hp and featured mechanical fuel injection (the version with Sportomatic was Type 911/63). With the power and torque increase, the 2.4-liter cars also got the newer and stronger transmission, identified as the 915 gearbox. The 2.4 liter 911S Targa was replaced by the 2.7 Liter 911S Targa for model year 1974.
In the 1970s Porsche was serious about turbocharging and this prototype signaled the way for later cars like the 930 and the RSR 3.0. It was also the one of the very first show cars fitted with the wide body, large alloy wheels, whale tail and a turbocharged version of the flat-6. All these details eventually appeared on the 911 RSR 3.0-liter race car of 1974. The show car was built from a standard 911S fixed with a radical body kit.
This came in 1973, when the fuel-injected variant of Volkswagen’s air-cooled Type 4 engine was dropped in behind the two seats, staying there through 1976, when series production ended. (The engine continued on in the 912E, which succeeded the 914 as Porsche’s entry-level car.) The short-stroke, overhead-valve powerplant displaced 2.0 liters (1971 cc) and made its 100 hp at 5000 rpm, whereas the six had made 110 hp at 5800 rpm. Yet the four matched the six’s torque output of 118 lb-ft, achieving this figure at 3500 rpm instead of 4200 rpm. And it was lighter in weight.
The 917/20 Turbo is a confusing car - its chassis number reads 917/30-001, but it is not the real 917/30. In its first race it was called as the 917/10 Turbo. Sharp eye can detect that it was not just the 917/10 Turbo, but an evolution of it. At the same time it was not the evolution of the 1971 Le Mans 917/20. Still, the car should not be called as the 917/30 to distinct it from the "real" 917/30 Can-Am racers and in 1974 it was decided to call it as the 917/20 Turbo.
Introduced in 1973, the RSR was a factory-built racing car based on the 911 chassis. The Porsche 911 Carrera RSR 2.8 was the first 911 to ever wear the RSR badge. Homologated for racing by the iconic 1973 Porsche 911 Carrera RS, the RSR’s racing career got off to the perfect start thanks to Brumos Racing’s overall triumph in the 1973 24 Hours of Daytona, while a factory car won the latest ever Targa Florio road race. For the privateer in the mid-1970s who wanted to go sports car racing this was the chosen weapon.
Of all the 1580 Carrera RS 2.7s, only 200 were made were ordered with this lightweight ‘Sports’ trim which made the car more responsive and purposeful. In many ways these few cars were the ultimate road-going Porsche of the 1970s. Known as the Sports, Lightweight or even the M471 option code, these cars had improved the power-to-weight ratio. Reports of 75kg were stripped from the standard model by fitting lightweight body panels and lightweight glass.
Revealed at the 1972 Paris Auto Show, the Carrera 2.7 RS was a special model used to homologate the 911 in Group 4 racing. Developed from the 911S, the 2.7 was more potent in almost every area. Compared to the standard Carrera, the 2.7 RS featured a larger engine, wider flares to accommodate the Fuchs alloy wheels, stiffened suspension, larger brakes and a ducktail rear spoiler. The Touring outsold the Lightweight, with a total of 1380 units built (the Lightweight had only 200 units).
For 1974 a 1.8-liter engine replaced the 1.7 and had a new type of electronic fuel injection called AFC (air flow control), or ‘L’ Jetronic. This same basic injection was used on 911s in the late-’80s. Unfortunately, due to emissions regulations, the 1.8 made just 76 hp, less than the smaller engine it replaced. The standard steel wheels were changed to 5.5-inch wide VW units. Rubber bumper guards now adorned the rear and the headlight surrounds were changed from white to black plastic. US cars got the infamous ignition seat-belt interlock buzzer. This was also the year of the limited edition series.
Porsche produced two limited edition 914 models primarily for the North American market: the Creamsicle and Bumblebee, the latter created to celebrate the German manufacturer's domination of the Can-Am series with its mighty turbo-charged sports-racer: the Type 917. The Bumblebee was finished in black with contrasting Summer Yellow lower sections. Many otherwise optional items were standard on these limited edition models, including driving lights, dual horns, a leather covered steering wheel, and a centre console with clock, voltmeter, and oil temperature gauge. 500 of each type were manufactured.
For 1974 both the 911 Carrera RSR 3.0 and RSR Turbo 2.1 were created - the 3.0L for the customer teams and the 2.1 turbo for Porsche’s own team. The 911 Carrera RSR Turbo 2.1 developed 338-368 kW in power, but as the engine was small, the turbo lag was big and it wasn’t as easy to drive out of the corners as it was with the 3-litre normally aspirated car. Weight reduction measures included plastic hoods, fender flares and doors and an aluminium safety cage.
For the 1974 racing season 911 Carrera RSR 3.0 (246 kW) and RSR Turbo 2.1 (338+ kW) were created - the 3.0L for the customer teams and the 2.1 turbo for Porsche’s own team. The Carrera RSR 3.0 was made in small numbers for racing. The 3.0 RSR would go on to become the most successful Group 4 racing car of its time thanks to its combination of low weight, immense Porsche 917 brakes, impeccable handling, and a 330+hp naturally aspirated flat-6 that gave the model a power-to-weight ratio that would humble even the most mighty offerings from Italy, England, or America.
The base model Porsche 911, along with the 2.7 Liter 911S and Carrera 2.7, was introduced for the 1974 model year with many significant changes to meet legislative requirements around the world for both impact safety and emissions. It was available in Coupe and Targa variants, sporting engine Type 911/92 with K-Jetronic fuel injection, rated at 150 hp. For the 1975, the base model was discontinued in North America. ROW got Coupe and Targa variants, featuring engine Type 911/41 rated at 150 hp.
The base model Porsche 911, along with the 2.7 Liter 911S and Carrera 2.7, was introduced for the 1974 model year with many significant changes to meet legislative requirements around the world for both impact safety and emissions. It was available in Coupe and Targa variants, sporting engine Type 911/92 with K-Jetronic fuel injection, rated at 150 hp. For the 1975, the base model was discontinued in North America. ROW got Coupe and Targa variants, featuring engine Type 911/41 rated at 150 hp.
Production of the second generation 911 started in August 1973. The 1974 model year G-series derivative replaced the outgoing 1973 model year F-series. Visually, the new 911 was given a major facelift and all three production variants now came with fuel-injected 2.7-litre engines. The entry level 911 had 150bhp, the mid-range 911 S offered 175bhp and the flagship 911 Carrera came with 210bhp. Once again, customers were given the choice of either Coupe or Targa body styles.
Production of the second generation 911 started in August 1973. The 1974 model year G-series derivative replaced the outgoing 1973 model year F-series. Visually, the new 911 was given a major facelift and all three production variants now came with fuel-injected 2.7-litre engines. The entry level 911 had 150bhp, the mid-range 911 S offered 175bhp and the flagship 911 Carrera came with 210bhp. Once again, customers were given the choice of either Coupe or Targa body styles.
In 1974, Porsche's performance version of the 911 was simply known as the 911 Carrera. It had new bumpers that complied to American regulations and the 2.7-liter engine from the Carrera RS 2.7. Other new features for 1974 included new seats, a full-width rear taillight. The Carrera deleted all the chrome off the car in favor of black window frames, wipers, doorhandles, but chrome could be ordered as an option. In 1976 Porsche replaced the Carrera with a new 3.0 liter variant.
In 1974, Porsche's performance version of the 911 was simply known as the 911 Carrera. It had new bumpers that complied to American regulations and the 2.7-liter engine from the Carrera RS 2.7. Other new features for 1974 included new seats, a full-width rear taillight. The Carrera deleted all the chrome off the car in favor of black window frames, wipers, doorhandles, but chrome could be ordered as an option. In 1976 Porsche replaced the Carrera with a new 3.0 liter variant.
In 1974 Porsche offered a high performance fuel injected Carrera specifically for the European market. These were close to 2.7 RS specification and are often referred to as the 2.7 or Euro Carrera. In many regards, this car is similar to the 1973 2.7 RS in touring trim, with its 210bhp 911/83 engine, but the 2.7 Carrera is based on the updated G-series body and interior. Later Carreras that reach American shores used had reduced power and throttle response compared to Euro counterparts.
In 1974 Porsche offered a high performance fuel injected Carrera specifically for the European market. These were close to 2.7 RS specification and are often referred to as the 2.7 or Euro Carrera. In many regards, this car is similar to the 1973 2.7 RS in touring trim, with its 210bhp 911/83 engine, but the 2.7 Carrera is based on the updated G-series body and interior. Later Carreras that reach American shores used had reduced power and throttle response compared to Euro counterparts.
Following the famous 1973 F-model 911 Carrera RS 2.7, Porsche built its successor based on the G-model and it was called the 911 Carrera RS 3.0. This road legal racing car was first shown at the Geneva motor show in March 1974. With its 172 kW engine, it was the most powerful series production street-legal Porsche made so far. As an evolution of Porsche’s iconic 1973 Carrera RS 2.7, which was used to homologate the 2.8-Litre RSR, for 1974, Porsche homologated a 3.0-Litre RSR factory race car, which of course required a small production run to go alongside it. Hence, the 1974 Carrera RS 3.0. With its new 3.0-liter engine, featuring mechanical fuel injection, it was capable of 230 hp. Its price was almost twice that of the previous 2.7 RS. While 1,580 Carrera RS 2.7s were built for 1973, only 56 Carrera RS 3.0s were built for 1974.
The first road-going 911 Turbo was not the familiar 930 that entered production in February 1975. Nor was it the engine-less prototype that had appeared at the Paris Motor Show in October 1973. Instead, it was a one-off narrow-bodied mule that was subsequently gifted to Ferry Porsche’s sister, Louise, on her 70th birthday in August 1974. Built on chassis 9115600042, this 2.7 Carrera Turbo also pre-dated the prototype 930 that was shown in almost production-ready guise at the Frankfurt Motor Show in October 1974.
Porsche decided to end its 20-year history of factory sports car racing and sold the 908/03 cars to customers. In 1975, some 908s were fitted with turbocharged engines, similar to those used in the Porsche 934 GT car. Several customer-908s were upgraded with 936-style bodywork. The Porsche 908/80 Turbo of Joest and Jacky Ickx which finished 2nd in the 1980 24 Hours of Le Mans turned out later to have a real Porsche 936 chassis, though.
The base model Porsche 911, along with the 2.7 Liter 911S and Carrera 2.7, was introduced for the 1974 model year with many significant changes to meet legislative requirements around the world for both impact safety and emissions. It was available in Coupe and Targa variants, sporting engine Type 911/92 with K-Jetronic fuel injection, rated at 150 hp. For the 1975, the base model was discontinued in North America. ROW got Coupe and Targa variants, featuring engine Type 911/41 rated at 150 hp.
The base model Porsche 911, along with the 2.7 Liter 911S and Carrera 2.7, was introduced for the 1974 model year with many significant changes to meet legislative requirements around the world for both impact safety and emissions. It was available in Coupe and Targa variants, sporting engine Type 911/92 with K-Jetronic fuel injection, rated at 150 hp. For the 1975, the base model was discontinued in North America. ROW got Coupe and Targa variants, featuring engine Type 911/41 rated at 150 hp.
Commemorating 25 years of Porsche sports car production, the 911S Silver Anniversary Edition is distinguished by unique Diamond Silver Metallic paint and a special black leatherette and tweed interior. The first of Porsche’s commemorative ‘celebration’ cars, this Silver Anniversary was produced in a limited run of 1,063 examples, of which approximately 500 are reported to have made their way to the United States.
The 911 Turbo was put into production in 1975. While the original purpose of the 911 Turbo was to gain homologation for the 1976 racing season, it quickly became popular among car enthusiasts. Ernst Fuhrmann adapted the turbo-technology originally developed for the 917/30 CAN-AM car and applied it to the 3.0 litre flat-six used in the Carrera RS 3.0, thus creating what Porsche internally dubbed as the 930. Total power output from the engine was 260 bhp and 254 ft lbs of torque, much more than the standard Carrera it was based on. The 930 was upgraded with a 3.3L Engine in 1978.
The Group 6 Porsche 936 was the successor to the 908/03 and the turbocharged 917. While the 917 had a 5.4-litre flat-12 biturbo engine, the 936 got a 2.1-litre flat-6 single turbo engine. The reason for the 2.1-litre displacement was to fit inside the 3-litre class (turbocharged cars had a coefficient of 1.4). Despite the small capacity, the engine developed more than five hundred horsepower. Imagine such power in a ~700 kg/1540 lb car!
Using the 930 Turbo as a basis, Porsche built the 934 for Group 4 GT racing. It replaced the outgoing Carrera RSR while winning GT Championships in Europe and performing very well in America for Trans Am. Porsche built the 934 from a standard 930 bodyshell and production rear spoiler, but almost nothing else was left alone. The suspension was converted to solid mounts and nylon bushings with adjustable anti-roll bars.
In 1967 Porsche prepared a small number of 934 Porsches with 935 Group 5 parts for the Trans-Am and IMSA GTO series. In the end, the 934/5 dominated the Trans-Am series by taking to top five positions in the championship. Ludwig Heimrath became the 1977 Trans-Am champion in his 934/5 by protesting Peter Gregg's highly modified car. Together they humbled the Corvette C3s and the Group 44 Jaguar XJS.
The Group 4 racer based on the 911 Turbo (930) was called 934 and the Group 5 Porsche was called 935. The first version of the 935 looked similar to the 911 Carrera RSR. The first customers for 935 were Martini Racing and Kremer Racing. The Martini car was a full factory development, while Kremer made its own enhancements already before the first race. By 1977, the 935 was sold as a customer car for these series to race against cars like the BMW CSL.
The base model Porsche 924 was produced for model years 1976 to 1986. During its production run, VW decided to stop manufacturing the engine blocks used in this version (the 2.0 L 924), forcing Porsche to continue production for model year 1987 with a more powerful engine, calling it the 924S. The base model 924 had a production run of 121,000 vehicles approximately.
Also produced for the 1976 "model year", for the U.S. market, was the 912E, a 4-cylinder version of the 911 like the 912 that had last been produced in 1969. It used the I-series chassis and the 2.0 Volkswagen engine from the Porsche 914. In all, 2099 units were produced. In 1976, the Porsche 924 took this car's place for the 1977 "model year" and beyond. The power was supplied by a 4-cylinder high-performance fuel injection motor also used in the Volkswagen 411. Less than 6,000 were built.
As a successor to the Carrera 2.7 MFI, the Carrera 3.0 was fitted with a variation of the 930's engine without a Turbo. During its production period only 3,687 cars were made. The Carrera 3.0 was replaced by the Porsche 911 SC for model year 1978. Between 1976 and 1977, Porsche introduced the Carrera 3.0 with wide rear flares, optional whale-tail, and other luxury options. Built before the ‘911 SC’ it has everything the SC has, and more. It’s a different drive with more power @200bhp; more torque @188 ft/lb @4200rpm and it was 10% lighter too.
As a successor to the Carrera 2.7 MFI, the Carrera 3.0 was fitted with a variation of the 930's engine without a Turbo. During its production period only 3,687 cars were made. The Carrera 3.0 was replaced by the Porsche 911 SC for model year 1978. Between 1976 and 1977, Porsche introduced the Carrera 3.0 with wide rear flares, optional whale-tail, and other luxury options. Built before the ‘911 SC’ it has everything the SC has, and more. It’s a different drive with more power @200bhp; more torque @188 ft/lb @4200rpm and it was 10% lighter too.
In 1977, Porsche returned to Le Mans with the 936/77. Its body was smaller, lower, shorter and further refined aerodynamically. The engine now featured two turbochargers and delivered 20 more horsepower. At one of the most dramatic races in history, Jacky Ickx, Jürgen Barth and Hurley Haywood slayed the armada of four Renault works cars and two factory-supported “Mirage” with Renault motors. In the year 1981, the 936 celebrated a sensational comeback with another overall Le Mans victory.
The 935/77 was a result of relaxed rules and the car got a completely new suspension. The mirrors were incorporated into the front fenders and the rear window had a new angle. The 935/77 was visually very pleasing. While the 935/76 had a single turbocharger, the 2.85-litre engine of the 935/77 had two turbochargers. There was also a "baby" 935/77 built with a smaller 1.4-litre turbocharged engine to compete in the national German DRM series under 2 liter class.
The 935 ‘Baby’, based on the successful 935 Group 5 race sports car, was created in 1977, after only four months of development,, specifically for entries in the small division (up to 2000cc) of the German Sports Racing Championship. Compared to the Group 5 car, this little 935 had a six cylinder turbo engine of 370bhp, reduced to a displacement of 1.4-litres. A thorough diet helped ‘Baby’ meet the minimum weight of 750kg as dictated by the rules.
Another limited edition 911 was offered for 1977. The 911 S Signature came with Metallic Platinum paint and matching Fuchs wheels, special beige and tweed upholstery and a three spoke sports steering wheel embossed with the signature of Ferry Porsche. Numbers are not clear, but it is thought that only 200 units of the Signature Edition were built.
For the 1978 Le Mans, Porsche created two new 936/78. The first one was built using chassis 936-001, which had already served for the 936/76 and 936/77. The second car was built on a new chassis and numbered 936-003. Because of the new water-cooled 24-valve engine, the 936/78 came with huge NACA ducts on the sides for the radiators and a new rear end with hanging spoiler.
The 935/78 was the ultimate expression of the 911 factory race car before Porsche officially withdrew from motor sport. Raced under the Group 5 silhouette series, great liberties were taken with the design and the result was nicknamed ‘Moby Dick’ for its large size and huge overhangs. The 935/78 was built under Porsche's Chief Racing by Norbert Singer for high speeds at Le Mans. Due to the advanced shape of the car 227 mph or 366 km/h was possible.
In 1978, the works team fields two 911 SC at the East African Safari Rally. The name of game is to survive 5,000 kilometres of the toughest tracks in sweltering heat and torrential rain. The conditions take their toll: of the 72 starters, 13 reach the finish line. Martini Racing Porsche System Engineering signs on two specialists to drive: Sweden’s Björn Waldegård (Start No. 5) and Kenyan Vic Preston Jnr (Start No. 14). Their 911 SC cars are well equipped with a 28 centimetre ground clearance, very long wheel travel, an underbody guard, a reinforced body and a special suspension.
The Porsche 928 was the company’s first production car with a V-8 engine and the only coupe powered by a front-mounted V-8 as of today. Developed in the 1970s as a replacement of the 911, the 928 was eventually sold alongside the rear-engine sports car. Production lasted from 1977 until 1995.
The 'Martini' edition of 1978, was identifiable by a set of side stripes similar to those that appeared on the 1976 British Motor Show 911 Turbo which was clad with the stripes to celebrate victories in the World Manufacturers Championship and the World Sports Car Championship, as well as the fourth consecutive racing season with sponsors Martini & Rossi. The stripes were so popular that Porsche quickly made them an option available to any owner as a factory or retro fit. They were usually purchased to adorn the sides of Porsche 911SC's in Grand Prix White.
The 911 SC effectively replaced the 911 S and was one of Porsche's first models that was meant for the international market. It was sold as a cheaper alternative to the 911 Turbo. The SC used an unblown version the 930 Turbo unit that offered 180 to 200 bhp depending on model year. Options included the rear whale tail, front chin spoiler, Bilstein dampers, 16 inch wheels with Pirelli P7 tires and sports seats. Sometimes dealers lumped these options together to create their own sport package. It was available as a Coupe and Targa from 1978 - 1983, while the Cabriolet version was only available in 1983.
The 911 SC effectively replaced the 911 S and was one of Porsche's first models that was meant for the international market. It was sold as a cheaper alternative to the 911 Turbo. The SC used an unblown version the 930 Turbo unit that offered 180 to 200 bhp depending on model year. Options included the rear whale tail, front chin spoiler, Bilstein dampers, 16 inch wheels with Pirelli P7 tires and sports seats. Sometimes dealers lumped these options together to create their own sport package. It was available as a Coupe and Targa from 1978 - 1983, while the Cabriolet version was only available in 1983.
Porsche made its first and most significant changes to the 930 for 1978 model year, enlarging the engine bore by 2 mm (0.08 in) to a total displacement of 3,299 cc (3.3 L; 201.3 cu in) and adding an air-to-air intercooler. The suspension benefitted from new anti-roll bars, firmer shocks and larger diameter rear torsion bars. While the increase in displacement increased power output and torque, it also increased the weight of the vehicle, which contributed to a substantial change in the handling and character of the car compared to the Earlier 3.0-Litre Models.
Buchmann took a Porsche 928, removed all of the "unwanted" crap behind the doors and parts of the roof and created the stunning Buchmann Targa. This is a Targa convertible with an open roof above the seats but still with the B-pillar in tact. This opening is bridged by a Targa-bar which gives the car extra stiffness to compensate for the loss of it by removing the roof. The concept was a stunner.
Porsche upgraded the performance of its 924 with the introduction of a turbocharged model in 1979. While the lower end of the engine remained unchanged, many improvements were made to the upper end of the engine as well as the drivetrain. On the outside, the car gained alloy wheels, a distinctive NACA duct in its hood, and a rear spoiler. Horsepower increased from 125 bhp to 170 bhp in the turbo. This car's internal project number at Porsche was "931", and for that reason many owners refer to their car that as a 931.
These cars were designed by the factory to race in SCCA D Production Championship starting in 1979. The Porsche project number of these race cars was 933. Only 16 were built by the factory. However, if you had the right connections, you "could" buy the parts as a kit from Porsche to convert your street car into a fully race-ready 924.
In the 1980s and 90s, the Munich-based tuning company Koenig Specials GmbH was known for its conversions of top-class sports cars, especially Ferraris. They also turned their attention to the Porsche 928 with a number of cool 928 kits. Popular in the Middle East, these "widebody" kits made the 928 look like a totally different car. It is unknown how many were made and most of the cars were pretty unique in terms of the kit and updates.
Only three years after Porsche introduced the 928 range on the market, the German car-maker decided to apply the first facelift. Under the hood, there was a new, 4.7-liter engine. It featured a direct fuel injection, which helped to get better fuel efficiency and lower the emissions. Europe saw the 928 in 1980, but the North America did not get it till MY 1983.
In 1979, Porsche unveiled a concept version of the 924 at the Frankfurt Auto show wearing Carrera badges. One year later, in 1980, Porsche released the 924 Carrera GT, making clear their intention to enter the 924 in competition. By adding an intercooler and increasing compression to 8.5:1, as well as various other little changes, Porsche was able to develop the 924 Turbo into the race car they had wanted, dubbing it the "924 Carrera GT". 406 examples (including prototypes) of the Carrera GT were built to qualify it for Group 4 racing requirements.
Porsche brought a handful of 924 Carrera GTs to compete in the GTP class in the 1980 Le Mans 24 hour race, with the best car finishing sixth overall. Further development of the Carrera GT platform led to even more homologation specials, culminating in 1981 with the wild 924 Carrera GTR.
In 1980, a true limited edition model 911SC was produced for the American market. The 'Weissach' edition was a standard SC with special paint. It was built in 1980 to honor the Porsche Motorsport team working in Weissach Germany. 468 units were made and half were painted Metallic Black, the other half in Platinum Metallic. The interiors were wrapped in Doric Grey leather with burgundy piping. Additional body and mechanical specs included whale tail spoiler, Bilstein dampers and Fuchs wheels.
After the end of production of the 400 Porsche 924 Carrera GT road sports cars at the beginning of December 1980, a small evolution series of pure competitive cars was launched: the Porsche 924 Carrera GTS. The two-liter engine of the Porsche 924 Carrera GTS turbo-charged with a maximum of 1.0 bar and classified in Group 4 according to the FIA Regulations developed 245 hp (180 kW) at a speed of 6,250 revs./min. and accelerated from 0 to 100 km/h in 6.2 seconds.
Because the traditional pre-test is cancelled in 1981, Porsche is forced to start at Le Mans without testing. None the less, the race ends successfully: Jacky Ickx and Derek Bell win almost an hour ahead of the second placed competitor – right in time for the 50th anniversary of Dr. Ing. h.c. F. Porsche AG, and 30 years after Porsche’s first start at Le Mans.
After a trio of 924s made a successful debut in 1980, Porsche came back to Le Mans in 1981 with a single GTR and one 924 GTP powered by a new turbocharged 2.5 engine. Both finished well. Simultaneously, Porsche built 17 customer GTRs with slightly less-powerful engines.
In 1981 Porsche developed two 944 prototypes to succeed the 924 GTPs which raced the 1980 24 Hours of Le Mans. To coincide with the release of the 944 in fall of 1981, Porsche prepared a GTP version to promote the car before the launch. The GTP was equipped with a special Type 949 cylinder block with dry sump lubrication, KKK K28 turbocharger and an air-to-air intercooler. At a boost pressure of 15.5 psi 410 bhp was possible from the 2,478 cc block. At Le Mans chassis 924-006 was prepared with Hugo Boss for Walter Röhrl and Jürgen Barth and they finished finished 3rd in Class as well as 7th overall.
Röhrl and Geistdörfer very nearly won that San Remo Rally, after a comeback that would have been one for the ages. Röhrl and Geistdörfer were up against a field of faster, more powerful four-wheel-drive cars in their rear-wheel-drive Porsche 911 SC, and somehow managed to pull within an eyelash of victory. Unfortunately, a broken driveshaft forced the pair to retire, leaving Michele Mouton's Audi Quattro to run away with the race.
The base Porsche 944 coupe was built between 1982 and 1989, essentially the same platform as the Porsche 924 (there was some overlap as the 924 was produced till 1988). The 944 was intended to last into the 1990s, but major revisions planned for a 944 S3 model were eventually rolled into the Porsche 968 instead, which replaced the 944.
The Porsche 956 was a Group C sports-prototype racing car designed by Norbert Singer and built by Porsche in 1982 for the FIA World Sportscar Championship. It was later upgraded to the 956B in 1984. In 1983, driven by Stefan Bellof, this car established a record that would stand for 35 years, lapping the famed 20.832 km (12.93 mi) Nürburgring Nordschleife in 6:11.13 during qualifying for the 1000 km Sports Car race.
Finally, in 1982 the model 911 SP 'Ferry Porsche' was introduced as a special edition to celebrate 56 years of Porsche. This special edition was finished in Meteor metallic paint with burgundy leather interior and a 'Ferry Porsche' signature on the headrests. Only 266 of these now-classic special cars were built.
The idea for 959 was born as early as 1983 when this so-called Guppe B prototype was displayed at Frankfurt Motor Show. While there were glimpses of the contemporary 911 in the Gruppe B – the wheelbase, the roofline, the windows and doors, much of the interior – in truth the new model had little in common with Porsche’s perennial sports car. The production 959 ended up being launched in 1987.
The first prototype receiving those modifications was code named “F3”, and was destroyed in the first crash test. A total of 37 prototypes and pre-production cars were used for testing and press activities. Most of these prototypes were dismantled and discarded, but several managed to survive. In 1985, Porsche’s head of development Helmut Bott earmarked 29 930 Turbo chassis to be turned into 959 prototypes for testing.
In 1983 Porsche produced a stunning one-of road car for TAG owner Mansour Ojjeh. Based on a 934 chassis, it was designed to mimic the potent 935 racecars and subsequently became the one of the first slantnoses. Both the front and rear sections were made similar to the potent 935 race car which dominated the Group 5 Championship. This silhouette series allowed radical modifications which contributed to the repositioned nose, ultra-wdie flares and extended rear bodywork.
In 1983, American tuning company Callaway Cars began offering a turbocharged package for the US-Spec 944 in collaboration with Porsche. The standard 2.5 L inline-four engine was not suitable for forced induction because of the higher compression ratio of 9.5:1 which made the engine prone to failure when subject to forced induction along with the complex Bosch Motronic engine management system.
The 911 SC effectively replaced the 911 S and was one of Porsche's first models that was meant for the international market. It was sold as a cheaper alternative to the 911 Turbo. The SC used an unblown version the 930 Turbo unit that offered 180 to 200 bhp depending on model year. Options included the rear whale tail, front chin spoiler, Bilstein dampers, 16 inch wheels with Pirelli P7 tires and sports seats. Sometimes dealers lumped these options together to create their own sport package. It was available as a Coupe and Targa from 1978 - 1983, while the Cabriolet version was only available in 1983.
The Porsche 965 was an engineering mule, used to try and solve the tough problem of how to replace the 930's turbocharged, air-cooled engine to power a new sub-959, range-topping 911. Costs ballooned, the project floundered, and ultimately in its last throes, its engineers got desperate. The flat-six with water-cooled heads was too complex, and too expensive, to work. A water-cooled Audi V8 was tested out back, a last-ditch effort to find a cost-effective, power-dense solution.
Sports two-seater concept car: As a study for a future vehicle concept, between 1984 and 1987 the Porsche Development Center in Weissach worked on a compact, lightweight, and aerodynamic roadster. The project was inspired by a development job previously undertaken for the Spanish automaker Seat. As a small and relatively inexpensive sports car in the price range of US$ 14,000, the Porsche 984 was designed to appeal to a young, sporty clientele.
The Porsche 942 was a special edition of 928 submitted by the company as a gift to Ferry Porsche on his 75th birthday in 1984. Also known by name 928-4, 928S. Had additional 254 mm wheelbase than the normal 928 production model, including an extended roof over the rear seats to better accommodate tall passengers, headlights very advanced technology, the motor 5 liter 32 valves before introduced to the U.S. market and the front and rear of the S4 model two years before going into production.
Porsche shipped one of its experimental 'All-aluminum' 928S to the Brumos Racing Team for the 1984 24 hours of Daytona with the instructions not to modify the car in any way. Porsche desired to promote the performance of the 928 in the U.S. The drivers were given specific instructions to just 'drive the car'.
The Swiss Special 944 was a very limited edition 944 Special produced in 1984. Only 100 944 Swiss Specials were produced and it was largely a design exercise, with several upgrades to the normal 944. The changes included, Red-colored stickers on the back of "Porsche” “944", Special size teledial rims, Seats , rear bench and door panels in 924 Carrera GT fabric and dashboard plastic parts in black instead of the standard silver.
In spring of 1984 Rothmans cosmetic edition 944 was made, a batch of 100 numbered cars ordered by the French importer Sonauto (the subsidiary of Porsche AG) to celebrate the victorious Rothmans-sponsored Porsche 956 that had won Le Mans 24 hour race in France in 1982 and in 1983. At the time when the Rothmans 944 was sold, Rothmans-Porsche factory team decided to boycott the 1984 Le Mans race. Only 100 were produced.
The Porsche 962 arrived on scene in 1984 as essentially a Porsche 956 for the IMSA/US market. A biturbo version was used in competition racing in Europe, while an IMSA version with a turbocharger featured in North America. The 962 C was based on the 956, with a 120 millimetre longer wheelbase and competed in LeMans. It differed from the IMSA version. The driver trio Stuck/Bell/Holbert was victorious at Le Mans in 1987. Porsche offered the 962 to privateers to race on their own and they were hugely successful.
In 1984 Porsche offered a full works-specification car known as the 956B. This provided the New-Man Joest Racing team with a winning formula and they dominated the 1985 24 Hours of Le Mans with a resounding victory. One of the main differences between the customer 956 and the 956B was the Bosch Motronic engine management. This allowed more precise ignition and injection which in turn provided better economy and more power.
Built so that the factory Rothmans Porsche Rally Team could hit the international stage, the SC RS used the Turbo’s body with fibreglass bumpers and aluminium doors. In Autumn 1983, Porsche presents the 911 SC/RS for motor racing. The engine originates from the 911 SC, with improved performance achieved by the mechanical ball fuel injection, increased compression, the cylinder heads from the 935 and forged pistons. Racing seats are fitted in place of the standard seats.
The Porsche 953 ranks as one of the finest off-roaders Porsche has ever made. It was basically a souped-up 911 designed specially to give Porsche an advantage in the 1984 Paris–Dakar Rally. Just a year later, it was replaced by the 959. Despite its brief run, it still managed to make quite the impression. Built around a massively enhanced suspension and a supremely powerful 300 bhp (224 kW), 6-cylinder engine, it showed Porsche knew more than just sportscars.
The replacement for the SC series came in 1984 as the 911 3.2 Carrera, reviving the Carrera name for the first time since 1977. This was the last iteration in the original 911 series, with all subsequent models featuring new body styling and new brake, electronic, and suspension technologies. Almost the same galvanised body as the SC. Engine was claimed to be 80 per cent new, and the first production 911 to feature an ECU to control the ignition and fuel systems.
The replacement for the SC series came in 1984 as the 911 3.2 Carrera, reviving the Carrera name for the first time since 1977. This was the last iteration in the original 911 series, with all subsequent models featuring new body styling and new brake, electronic, and suspension technologies. Almost the same galvanised body as the SC. Engine was claimed to be 80 per cent new, and the first production 911 to feature an ECU to control the ignition and fuel systems.
The replacement for the SC series came in 1984 as the 911 3.2 Carrera, reviving the Carrera name for the first time since 1977. This was the last iteration in the original 911 series, with all subsequent models featuring new body styling and new brake, electronic, and suspension technologies. Almost the same galvanised body as the SC. Engine was claimed to be 80 per cent new, and the first production 911 to feature an ECU to control the ignition and fuel systems.
Porsche introduced a new wide-body package option. Known as the M491 option it was commonly known as the "Turbo-Look". It gave the naturally aspirated cars the look and style of the 930 Turbo with wide wheel arches and the distinctive "tea tray" tail. It wasn't just about looks however, because M491 also got you the stiffer suspension shared with the Turbo and the superior Turbo braking system as well as the wider Turbo wheels. It was available on the Coupe, Cab and Targa.
Porsche introduced a new wide-body package option. Known as the M491 option it was commonly known as the "Turbo-Look". It gave the naturally aspirated cars the look and style of the 930 Turbo with wide wheel arches and the distinctive "tea tray" tail. It wasn't just about looks however, because M491 also got you the stiffer suspension shared with the Turbo and the superior Turbo braking system as well as the wider Turbo wheels. It was available on the Coupe, Cab and Targa.
Porsche introduced a new wide-body package option. Known as the M491 option it was commonly known as the "Turbo-Look". It gave the naturally aspirated cars the look and style of the 930 Turbo with wide wheel arches and the distinctive "tea tray" tail. It wasn't just about looks however, because M491 also got you the stiffer suspension shared with the Turbo and the superior Turbo braking system as well as the wider Turbo wheels. It was available on the Coupe, Cab and Targa.
It didn’t take Porsche’s engineers long to significantly improve on the base 944’s performance by doing the obvious and adding a turbocharger to the engine. The 944 Turbo entered production in 1985 for the 1986 production year and it made a significant difference to the stock 944’s performance. Power of the new turbocharged engine was 220hp and torque was 243lb/ft, a significant increase over the naturally aspirated standard 944.
In late 1985 Porsche developed the 944 “Weissach turbo cup race car” to provide amateur enthusiasts with a cost effective entry into motorsports. Porsche initially designed to participate in a single-marque racing series run in conjunction with 1986 German ADAC Supercup races, but soon spread to Italy, Spain, Belgium, Austria , USA, Canada and even Czechoslovakia.
In collaboration with tuning company AMG, in 1986 Porsche created several long-wheelbase 928 specials. These models had normal 928 headlights until the Porsche 942. One was given as a gift to American Sunroof Corporation founder and CEO Heinz Prechter. The ASC was eventually part responsible for making Porsche 944 S2 cabriolets.
When it comes to land speed records speed is measured to the fifth decimal place (hundred thousandths). So when Carl Fausett’s Porsche 928 hit 216.63537 MPH, that was more than enough to capture the title of World’s Fastest Porsche 928 (previously set at 206 MPH). It happend on August 7, 1986 with Al Holbert behind the wheel.
In 1987 Porsche debuted the 944 S, the “S” standing for “Super”. This “Super” Porsche 944 was fitted with a more high performance version of the naturally aspirated four cylinder engine. This engine version had dual overhead camshafts to operate the four valves per cylinder and a revised Motronic 2 engine management system with dual knock sensors to best handle the 10.9:1 compression ratio. Power was a comfortably adequate 187hp.
The Porsche 961 was the racing version of the 959 supercar. While the 959 rallye car was also internally called 961, publicly only the circuit racer was called 961. Only one 961 was built. It had 959 prototype chassis number which in turn was from the 1985 911 Turbo chassis number sequence: WP0ZZZ93ZFS010016. The 961 was entered at the 1986 Le Mans 24 hour race. Uncommonly, the 24 hour race was scheduled for May 31-June 1 that year, two weeks earlier of the typical Le Mans weekend in the middle of June.
The 959 took both first and second place in the 1986 Paris-Dakar rally. For 1986, the Dakar Porsches finally got all the upgrades from the 959 project, including the active four-wheel drive system offering four driving modes adjusted by the computers. This gave Porsche a 1-2 finish, with supporting 959 Dakar engineer Unger Kussmaul crossing the line at sixth. Once the champagne had dried up, Porsche deemed its Dakar program accomplished.
In 1987 Porsche experimented with a long-wheel-base 928 called the H50 that accommodated four doors and full-size rear seats. It was built on the then recently released S4 platform with the 330 bhp V8. Two different versions of the H50 were made, one as a station wagon and another as a hatchback.
The 928 S4 variant debuted in the second half of 1986 as a 1987 model, an updated version of the 5.0 L V8 for all markets producing 235 kW; 316 hp (320 PS), sporting a new single-disc clutch in manual transmission cars, larger torque converter in cars equipped with automatic transmission cars and fairly significant styling updates which gave the car a cleaner, sleeker look. S4 was much closer to being a truly world car than previous models with only small differences across markets
The Clubsport was up to 100 kg (220 lb) lighter and became available in 1988. This model was the toned-down version of the 1987 factory prototype which had a lightened body. In 1987, the factory made five white lightweight S4 models with a manual transmission for racecar drivers. The Special Equipment (SE) was a more complete version of the CS, in which some accessories lost in the CS are added back again.
Not much is known about the Strosek 928 S4 Gullwing. All Strosek models were designed with body styling and aerodynamics in mind. As you can see from the images it is clearly the case for this 928.
The decision was made to equip the narrower bodied 924 with a slightly detuned version of the 944's 163 bhp 2.5 litre straight four, upgrading the suspension and adding 5 lug wheels and 944 style brakes, but retaining the 924's early interior. The result was 1986's 148 bhp 924S. Porsche also decided to re-introduce the 924 to the American market with an initial price tag of under $20,000. In 1988, the 924S' final year of production, power increased to 158 PS (116 kW; 156 bhp) matching that of the previous year's Le Mans spec cars.
The Porsche 944 Celebration Edition was a special edition of the 944 base model produced to commemorate the 100,000th 944 built in Neckarsulm, Germany. A total of 930 units were produced in one of two colors: Zermatt Silver and Satin Black Metallic. These celebration models- effectively standard cars brought up to a very high specification, featured black leatherette, the attractive grey or maroon "STUDIO" cloth and silver and grey carpeting.
The most advanced Porsche of the 1980s and part of a new breed of supercars. It had an all-wheel-drive system with driver-selectable torque split, adjustable ride height, hollow-spoke magnesium wheels, tire-pressure monitoring, and a six-speed gearbox. Even though the engine was air-cooled, it used water-cooled cylinder heads and twin turbos operating in sequence. This level of technical achievement on the 959 was huge for Porsche.
For some context, the iconic 959 remained Porsche’s fastest production car for a cool 26 years (in its very rare S guise) before the company topped it with the 918 Spyder in 2013. Details on the 959 S are scarce; Porsche made just 29 examples of it, with the 2.8-liter flat-six engine featuring larger turbochargers and the company claiming an “official” output of 508hp and 413lb-ft of torque, over the standard 959’s 444hp. Top speed was 210mph
Porsche again attempted to enter CART in 1987. This time it would be a full factory effort, chassis and all. The car had an aluminum-plastic monocoque chassis attached to a 2.6 Liter, 800hp V8. Information gained from their 1980 bid would be used to build the car. This was their first mistake. Indy had stepped up their game over that seven year span. The pole speed at Indy had advanced from 192 mph in 1980 to 215 mph in 1987. It was a different world.
The 911 Carrera Club Sport was Porsche refocusing on what they do best – high performance, lightweight motoring. This is probably the most underrated Porsche ever made. Manufactured between August 1987 and September 1989 only 340 cars. It had a blueprinted, high revving engine mated to a modified short-shift, close-ratio G50 gearbox. The 911 had track-bias suspension modifications, with lots of weight saving measures that included the deletion of a ton of items, in all leading to almost 90 lbs of weight loss and a totally immersive and special driving experience as a result.
Porsche made its first and most significant changes to the 930 for 1978 model year, enlarging the engine bore by 2 mm (0.08 in) to a total displacement of 3,299 cc (3.3 L; 201.3 cu in) and adding an air-to-air intercooler. The suspension benefitted from new anti-roll bars, firmer shocks and larger diameter rear torsion bars. While the increase in displacement increased power output and torque, it also increased the weight of the vehicle, which contributed to a substantial change in the handling and character of the car compared to the Earlier 3.0-Litre Models.
Porsche made its first and most significant changes to the 930 for 1978 model year, enlarging the engine bore by 2 mm (0.08 in) to a total displacement of 3,299 cc (3.3 L; 201.3 cu in) and adding an air-to-air intercooler. The suspension benefitted from new anti-roll bars, firmer shocks and larger diameter rear torsion bars. While the increase in displacement increased power output and torque, it also increased the weight of the vehicle, which contributed to a substantial change in the handling and character of the car compared to the Earlier 3.0-Litre Models.
In 1988, Porsche produced a two-door called the 969, based upon the bodystyling of the 911. Intended as the successor to the Porsche 930, the car did not get past the prototype stage. Porsche intended to create a more powerful, range topping model, based loosely upon the 911. The 969 was to feature a hugely powerful twin-turbocharged engine, and was to pick up where the Porsche 959 left off, using much of the supercar's technology.
In 1988, Porsche introduced the 944 Turbo S with a more powerful engine (designation number M44/52) rated at a maximum power output of 250 PS (184 kW) at 6,000 rpm and 350 N⋅m (258 lb⋅ft) of torque at 4,000 rpm (the engine in the standard 944 Turbo generated 223 PS (164 kW) and 243 lb⋅ft (329 N⋅m)). This higher output was achieved by using a larger KKK K26-8 turbocharger housing and revised engine mapping which allowed maintaining maximum boost until 5,800 rpm.
In 1988, Porsche produced 875 examples of the CE or Commemorative Edition 911 Carrera in coupe, targa and cabriolet variants to mark the production of the 250,000th 911. Distinguishing features include special diamond blue metallic paint with color-matched Fuchs wheels, front and rear spoilers, and interior carpets and leather. These cars also featured Dr. Ferdinand Porsche's signature embroidered on the seats in the headrest area.
Slantnosed and based on that of the 935 racecars, with pop-up headlamps. The front spoiler was made deeper in order to accommodate the extra oil cooler, while intakes in the rear wings fed air to the brakes. The larger turbocharger and four-outlet exhaust gave 30bhp of extra power. Porsche began their “special order program” offering a Flachbau option (Slantnose) for the 930 in very limited production. All of this at a cost of nearly 2 times the standard 930S.
Porsche 930 Turbo 3.3 SE ‘Flachbau’ Cabriolet (930)
1988 - 1989
911
911 G-Series
911 2nd Gen (G-Series)
930 Turbo
7
Just 50 ‘C16’ cars were manufactured for the UK-market, initially equipped with an uprated engine of 330bhp (from 300) mated to a 4-speed transmission. However, at the end of 1988, the uprated 5-Speed G50 gearbox was introduced, dramatically easing the peaks in power delivery by reducing the effects of ‘turbo-lag’. The factory SE also benefited from a dual-exit exhaust system, limited-slip differential, heated front seats and a sunroof. Porsche 930 Turbo SE G50 Cabriolet built in 1989 under the ‘Sonderwunchprogramm’ (Special Wishes Programme).
When Dr. Ferry Porsche turned 80 years old, he received a 1989 Porsche Panamericana concept car as a gift. The 1989 Porsche Panamericana concept car was a striking two-seater concept study, shown to the public for the first time at the 1989 International Motor Show in Frankfurt, Germany. Arriving without prior fanfare, the 1989 Porsche Panamericana concept car stole the show, drawing surprised and admiring sighs from ordinary motorists and industry observers alike.
In 1989, 928 buyers had the choice of the S4 or the GT, a better-equipped, manual-only car. The 928 GT was sportier than the 928 S4. Thanks to various modifications, its power unit generated up to 330 hp. The GT was delivered as standard without side protection strips and with wheels in a unique design. It featured a dogleg manual gearbox, a more aggressive suspension, and special seven-spoke Club Sport wheels
The covers were lifted off the 944's next-generation model in early 1989, the stunningly contemporary 944 S2. Porsche, as a company, were heading into tough times and were relying on the 944 S2 and the new 911, the 964, to make enough money just to stay afloat. Porsche upped the performance of the 944 S2 thanks to an upgraded engine, a 3.0 liter version of the DOHC double valve four cylinder that was good for solid 208 hp. The 16-valve engine was bored out from 2.5 litres to 3.0 litres.
The S2 was also available as a cabriolet, a first for the 944 line. The Cabriolet, engineered by American Sunroof Company, was rumored to be two years late in arriving on the market due to unprecedented chassis flex problems. The finished article, despite being 70 KG heavier than the coupe, displayed no obvious signs of such problems, and its clean lines found a place in many hearts.
For 1989, Porsche produced the 25th Anniversary Special Edition model to mark the 25th year of 911 production. The 1989 Porsche brochure lists production of 500 U.S. market cars, of which 300 were coupés (240 in silver metallic paint and 60 in satin black metallic), and 200 cabriolet models (160 in silver and 40 in black). All had "silk grey" leather with black accent piping and silk grey velour carpeting. Includes small bronze "25th Anniversary Special Edition" badges.
Only 50 units made. The 911 Turbo Limited Edition comes equipped with the 330 bhp power unit normally only available in the 911 Turbo with Sport Equipment. In addition, the fitment of a limited slip differential as standard ensures the the increased engine performance can be used to it’s fullest extent. This Limited Edition also adopts the rear wheel air intakes of the Sport Equipment version. Essentially an SE without a slantnose front.
Essentially a Carrera 3.2 with a chopped, more steeply raked windscreen and hood, plus a stripped-out interior. Most had wide Turbo bodies. Porsche insisted that the simple hood was not designed to be 100 per cent watertight. The first Porsche 911 Speedster was built in 1989 and it was the last vehicle with the old 911 body. Three decades passed before the Speedster made a comeback. Had a 3.2 L Aircooled Flat 6 and 2274 were produced for the 1989 model year.
The Type 964 911 first launch with an all wheel drive model. It was a serious investment by Porsche in updating the chassis and tech platform. The 964 Carrera 4 was powered by the M64/01 3.6 liter flat six engine, developing 250 bhp and 229 ft/lbs of torque. The objective of the C4’s all-wheel-drive system was not only to provide improved traction but also better handling, especially in the wet and on slippery surfaces. The system sends power front/back in a 31:69 ratio because a 50:50 split would have made the 964 feel like a front-wheel-drive car.
Introduced in 1989 (the year of the 911’s 25th anniversary), the 964 Carrera 4 was a significant new model for the company, but the 4-wheel drive system was deemed unsuitable for the company’s racing series. Manufactured alongside the Carrera 4 at the same time was the more traditional rear-wheel drive Carrera 2, but this model’s launch was only planned for a year later, in the hope that it would not detract from potential sales of the Carrera 4. The 1990 season was the first season that saw the 911-based model become the pillar on which the Porsche Carrera Cup series has been established.
The Carrera 4 model also launched with a Cabriolet version in 1989 (for 1990 model year). The new 911 generation is introduced in Autumn 1988, but the convertible was not launched until the model year 1990. Alterations to the body include the bumpers and sill tread plates, and the 911 continues to be equipped with an automatically retractable rear spoiler and a cowled underbody. The braking system is fitted with ABS. The 911 (Type 964) also features power-assisted steering for the first time. Like the Coupe, the Cabriolet got the new all-wheel drive system.
Porsche added the rear wheel drive Carrera 2 variant to the range in 1990. It was developed alongside the 964 Carrera 4, Porsche waited a year to release the Carrera 2 as a 1990 model year car. Like the Carrera 4, the Carrera 2 was available as a coupé, Targa or Cabriolet. Overall, the Carrera 2 packed almost the same technical specifications as the Carrera 4 model. The engine was the same 3.6 liter unit which produced 250 horsepower and a maximum speed of 162 mph. Looked like C4 but was 200 lb lighter and more fun to drive.
Porsche added the rear wheel drive Carrera 2 variant to the range in 1990. It was developed alongside the 964 Carrera 4, Porsche waited a year to release the Carrera 2 as a 1990 model year car. Like the Carrera 4, the Carrera 2 was available as a coupé, Targa or Cabriolet. Think of the cabriolet as a C2 coupe but with a fabric roof and more fun and you are right on the money. It was popular amongst buyers, particularly in the United States, with a total of 11,013 units sold, making it the third most popular 964 model.
This was the last generation Targa with traditional removable Targa roof (till 991). The Carrera 4 Targa outsold the Carrera 2 Targa by 2x, making the 4 Targa much rarer and more collectible. In all, only 1,329 units were made. Overall, the Carrera 4 packed almost the same technical specifications as the Carrera 2 model. The Targa top was quite a project to take off (compared to the simple and fast cabriolet process) so be prepared to garage it all the time or spend 20 minutes every time you want to enjoy open top fun.
Like the Carrera 4, the Carrera 2 was available as a coupé, Targa or Cabriolet. This was the last generation Targa with traditional removable Targa roof (till 991). It sold ok, with 3,534 units sold over its lifetime. The engine was the 3.6 liter unit which produced 250 horsepower and a maximum speed of 162 mph while the 0 to 60 mph acceleration was made in about 5.6 seconds. Performance was on par with the coupe and it is the looker in the 964 range.
The Porsche 989 a four door performance oriented touring sedan that maintained the iconic shape of the 911 Carrera, but unlike the Panamera, never saw production after it was developed by Porsche between 1988 and 1991. After Ulrich Bez left Porsche in September 1991, the project lost momentum. The severe slump in 928 sales made executives re-think the project. The Porsche Panamera is considered to be the spiritual successor to the 989 project.
The last iteration of the 944 Turbo was the 944 Turbo Cabriolet which was the 944 Turbo Cabriolet. This was a 944 Turbo S with a special cabriolet body made by the American Sunroof Company (ASC) of Weinsberg, Germany, who also made the bodies for the 944 S2 Cabriolet. 625 of the 944 Turbo Cabriolet were made with 100 being built with right hand drive and the remaining 525 being left hand drive.
The 1989/90 change of model year saw the launch of the Porsche 911, 964 series onto the market. This 911 model was initially available as a Coupe, Targa and Convertible. From model year 1991 onwards Porsche also introduced its top-of-the-line model - the Turbo - into this series. In spite of bearing a major similarity in terms of look to the naturally-aspirated model, the extended wings remained. This meant that the new Porsche could retain its turbo look. That was important, because the 964 Turbo model was the successor to the famous Porsche 930. The 964 Turbo was the end of an era, the last of the single turbo rear-wheel drive 911 Turbos.
The 964 Carrera RS (Standard) was introduced by Porsche for model year 1992 specifically for the European market as a lightweight, high performance version of the 964 Carrera 2. It featured a revised version of the standard 3.6 liter engine, titled M64/03 internally, with an increased power output of 260 bhp (194 kW; 264 PS). The RS does not look much different from the other 911 models of the period but its weight is reduced and power increased. True to its racing spirit, the Carrera RS featured bucket seats and thinner materials, but lacked power windows, air conditioning, air bags, and other creature comforts.
The rarest 964 RS variant was the awesome 964 C4 Lightweight. Known as the 964 Leichtbau it made use of surplus parts from 953 Paris-Dakar project. A handful of specially prepared lightweight 911s were fabricated by the Porsche factory and called the Carrera 4 RS Lightweight. Carrera RS Body with 959-like AWD wizardry and more power. Lightweight masterpiece. Used parts from 953 Paris-Dakar project. The 964 C4 Lightweight was powered by the same 3.6 liter flat six as the normal 964 RS, but was fettled to produce 300 hp.
The last evolutionary stage of the 928 model featured flared rear wings, a red light panel at the rear, a rear wing painted in exterior colour, exterior mirrors in the Cup design plus 17" Cup rims as standard. The 5.4-litre engine of the GTS generated 350 hp. The 928 GTS came for sale in late 1991 as a 1992 model in Europe and in spring of 1992 as an early 1993 model in North America. Changed bodywork, larger front brakes and a new, more powerful 5.4 L engine were the big advertised changes. The biggest shock though had to be the astronomical price.
The 944 range officially ended production in July 1991. A dated range and slow sales wrote the obituary for the model, but in the UK, brand-new cars still languished at dealers well into 1993. A UK-only special edition was made in 1992 and it was called the Porsche 944 S2 SE. It was basically an S2 brought up to full specification, for less than the standard car. Very limited, only 15 were eventually made.
The Porsche 968 was a new-and-improved version of the Porsche 944. The 968 also came with an upgraded engine, an improvement on the 2.7L M44/12 16-valve inline-four cylinder engine found in the last base Porsche 944 model from 1989. The new engine now has a 3.0L capacity and makes 237 horsepower, a 64HP upgrade from the 2.7L model. In addition to the engine, the 968 also came with a new transmission. The 944 has a 3-speed automatic or a 5-speed manual transmission.
Launched in August 1991 for the 1992 model year, the 968 was available in two body styles: a Coupe and a Cabriolet. Cabriolets came with reinforced bodyshells to compensate for the lack of a roof. Porsche quoted a weight of 1370kg for the Coupe and 1440kg for the Cabriolet. Cabriolet top speeds were slightly slower owing to their messier aerodynamics, but it was dynamically pretty impressive despite the non-coupe body.
For race teams and track day customers Porsche prepared a small number of the 964 Cup cars according to the FIA NG-T regulations. Officially called the Competition model, these custom-ordered cars were an intermediary step between the Carrera Cup option (M001) and the standard tourer (M002). This M0003 option was available directly from Porsche as a road-going model. These cars had almost all the Carrera Cup modifications including the new suspension. This lowered the car by 40mm in the rear and 50mm in the front. It also included fitting of the larger 930 Turbo disc brakes and adjustable anti-roll bars.
Porsche made a lightweight version of the Turbo simply known as the Tuubo S. This used the spartan appointments of the Carrera RS with an upgraded version of the Turbo engine. Some cars received graphics on the side celebrating IMSA Supercar Championship. Similar to the Carrera RS, the Turbo S had no power steering, air conditioning, airbags, central locking, alarm system, rear window wiper, smaller window washer reservoir, smaller horn, and had thin-gauge glass. The engine used a second oil cooler and slightly higher boost to improve overall performance.
A forgotten part of the 964s history is the Turbo S2. It was built to adhere to homologation rules so Porsche could participate in IMSA's sports car racing series. IMSA's homologation rules meant that Porsche had to build at least 200 road-going versions of the participating car, 20 of which needed to share most of the primary components of the race car. The 911 Turbo S2 was built specifically for this purpose and exclusively for the United States and Canada. The 20 homologation specials left the factory as stock 964 Turbos, heading immediately to California-based tuner for "S2" engine upgrades.
Porsche 911 Carrera 2 Cabriolet (Turbo-Look) (964)
1992 - 1993
911
911 - 964
911 3rd Gen (964)
911 Carrera 2
1532
Porsche 911 Type 964 Carrera 2 'Works Turbo Look' Cabriolet was a special model in the 964 lineup. It gave buyers of the Carrera 2 Cab the great wide look of the Turbo cars and the Carrera 2 engine. The model was available as a 1992 and 1993 model year car (while some argue it was also available for a while in 1994). You get body shape of the 964 Turbo 3.3 without the huge rear spoiler. But this was more than just a design exercise, because the the Turbo-Look models also got the chassis and braking system from the Turbo 3.3 too.
The American Roadster is essentially a turbo-bodied Carrera Cabriolet with Turbo suspension and brakes. Like the 356 America Roadster it was named after, the Type 964 America Roadster was a limited-edition, driver-focused convertible destined for the American market. Production for the America Roadster was limited at only 250 examples, and the model was only produced in 1992 and 1993. Its engine was a standard unit making 250 horsepower, but the special edition had the wide fender flares, suspension, brakes, and 17-inch Porsche Cup wheels of the 911 Turbo.
The year was 1993 and the month was January when Porsche took the wraps off the Boxster design study at the Detroit Motor Show. The public and automotive media received the newcomer will great enthusiasm, celebrating Porsche’s decision to embrace the mid-engine configuration once more with a feeling. But better still, the Boxster saved Porsche from bankruptcy. This is the car that played a big part in Porsche's success moving forward.
From late 1992 through 1995, Porsche offered a lighter-weight "Club Sport" version of the 968 designed for enthusiasts seeking increased track performance. Much of the 968's luxury-oriented equipment was removed or taken off the options list; less sound deadening material was used and power windows were replaced with crank-driven units. Upgraded stereo systems, A/C and sunroof were still optional as on the standard Coupe and Convertible models.
In 1993, Porsche Motorsports at Weissach briefly produced a turbocharged 968 Turbo S. The 968 Turbo S shared the same body and interior as the Club Sport and visually can be identified by the NACA bonnet hood scoops, adjustable rear wing, three-piece speedline wheels and deeper front spoiler. The 968 Turbo S was powered by a 3.0 L engine with a 8-valve SOHC cylinder head (from the 944 Turbo S) and 944S2 style engine block. 0 - 60 mph in 4.5 seconds and a top speed of 175 mph.
With the 1993 Carrera 2 as the starting point, Porsche had to make at least 50 roadgoing cars in order to qualify this new model for the Carrera ADAC GT Cup, which served as the basis for a motor racing variant to come, the Carrera RSR 3.8. The RSR 3.8 was nothing short of an all-out race car that could be delivered to the track in a ‘just add driver’ form. The Porsche Carrera RSR 3.8 racked up a catalogue of impressive international race results right from the outset, winning overall at the Spa 24 Hours, Suzuka 1000km, and the 24 Hours of Interlagos.
In 1992, Porsche introduced the 968 Turbo RS racecar which it developed to compete in the new ADAC GT racing series in Germany. The car was based on the 968 coupe with limited lightening due to the regulations of the series which had a 4kg/bhp power/weight ratio limit. The car featured a K27 turbo boosting the 3.0 litre, 4 cylinder engine and an 8V head, similar to the 944 Turbo S, rather than using the 16V 968 head.
Engine based on modified 3.6 litre 964 unit. Speedline wheels with big red brake calipers. Lessons learned in the Carrera Cup series proved the reliability of the new 3.6-litre engine. An additional three millimetres on the bore and two millimetres on the stroke, resulted in an increase in capacity of 300 cc. Combined with the turbo optimised cylinders, pistons and crank train, and an increase in the compression ratio from 7.0 to 7.5:1, this helped to boost power to 360 bhp. Torque was increased significantly to 520 Nm at 4200 rpm, up from 450 Nm at 4500 rpm in the earlier car.
In March 1993, Porsche presented the Porsche 911 anniversary model “30 years 911” at the Geneva Motor Show. Since then, the special model is also called “Jubi” for short. Under the Porsche internal code M096, there is essentially a Carrera 4 with the wide turbo body but without wings. The 964 anniversary edition could be ordered with exclusive interior design and numerous possibilities of customization. According to Porsche, the special model was limited to 911 vehicles and manufactured in the model years 1993 and 1994.
The 964 based Speedster was the 1994 Speedster which was based on the 964 Carrera 2 platform. There are far fewer 1994 911 Speedsters in the world than the 1989 model, with production reportedly totaled only around 936 units, less than half as many as the 1989 example. Whereas the 1989 Speedster was primarily an aesthetic package, the 964 version sought a happy medium between the regular Carrera 2 and the hardcore Carrera RS. It had the same engine as the base Carrera and didn’t have the same suspension bits as the RS.
In contrast to the 911 Speedster from the 1989 model year, the 964 Speedster was only offered and produced with the narrow body shape. In December 1991, the first wide bodied prototype based on a 964 Carrera 2 Convertible Turbo-Look was registered at Porsche AG, but it never made it ready for a series production. In response to recurring customer requests for Turbo-Look Speedsters - the optical characteristics of the wide body in combination with the flat windscreen and fiberglass cover had found many fans - Porsche reacted with the possibility of converting the previously individually ordered, narrow Speedster in the exclusive department.
The Turbo-look Porsche 964 has always been a very desirable automobile, among them 1,532 Carrera 2 Cabriolets constructed worldwide. Within that group, there were some cars that were even more specialized. The Register says six Turbo-look cabriolets were pulled off the production line in Zuffenhausen and transported to the Porsche Exclusive shop in Weissach. Three of these six powerful and luxuriously equipped drop-tops were equipped with left-hand drive for buyers in Germany (Code C00), and the other three were fitted with right-hand drive
Lightened, limited edition, performance version for the U.S market. No frills options list (4 vs normal 48 for regular C2 or C4). The original 1973 Carrera RS was available in Europe but not in the USA. Porsche decided to build the 1993 Carrera RS both to European spec and a limited number in compliance with US regulations. These US spec cars were assigned the name “RS America”. The intent was to create a basic lightweight, no frills 911 with minimal luxury options. The standard US Carrera 2 brakes, engine and gearbox were used. The RS weighed 2,945 pounds so it was almost 80 pounds lighter than a standard Carrera 2.
Lightweight Turbo body, large rear wing and 18-inch Speedline wheels. Power came from a new 3.8-litre unit. A legend. Produced as a base for homologation for the venerable 3.8 RSR. It was unveiled in 1993 and produced in a very small series by Porsche’s Racing Department in Weissach-Flacht, and was an extreme evolution of the 964 Carrera RS that was released two years prior. It featured the wide-body look of the Type 964 Turbo, a massive rear spoiler, and three-piece “Speedline for Porsche” wheels with 235/40 and 285/35 tires, making it distinctively more aggressive in appearance.
Porsche designed the C88 experimental car for China. The brief was simple: the car had to be cheap, efficient, large enough to carry five people, and be built in China under a joint venture with First Automotive Works (FAW). Given the rate at which the Chinese car market was growing – not to mention the 1.2 billion people who lived there at the time – it’s no surprise that a number of firms responded with plans and prototypes. Porsche was one such company.
A UK-only version called "968 Sport", was offered in 1994 and 1995, and was essentially a Club Sport model (and was produced on the same production line with similar chassis numbers) with power windows, electric release boot, central locking, cloth comfort seats (different from both the standard and the Club Sport). The Sport variant also got back the two rear seats, again in the cloth material specific to the Sport.
Introduced in late 1994 the standard 911 Carrera of the 993 generation was fitted with a development of the M64 3.6-liter flat six that had been found in the prior 964 generation. With a redesigned exhaust system and new hydraulic lifters, the engine produced 272 horsepower. For the 1996 model year, a Targa variant was introduced, and a variable intake runner system (called VarioRam) was added to the entire Carrera lineup, bumping horsepower to 285. Approximately 23,000 coupes were built, 15,500 cabriolets, and 4,500 Targa's, in both manual and automatic (Tiptronic) transmission. Overlapping with the last year of production, it was replaced by the 911 Carrera of the 996 generation for model year 1998.
Introduced in 1994 the Porsche 911 Cabriolet was more of a Grand Tourismo vehicle than a sports car. The 911 Cabrio featured the same cues as its coupe version, but with a few differences apart from the lack of a fixed roof, of course. The 3.6-liter engine was offered in two versions, with 275 hp and 285 hp. The latter featured the VarioCam system. Both versions were mated to either a 6-speed manual or a 4-speed automatic.
The 993 Carrera Cup 3.8 was developed from the 993 Carrera RS, as purpose-built competition car designed by Porsche for its single-model racing series taking place around the world. Replacing the 964 Carrera Cup, the 993 Carrera Cup had a claimed 315 bhp on tap, weighed only 1,100kg, and offered a top speed of around 270km/h (170mph). Approximately 216 samples were built. The Carrera Cup should not be confused witth the Carrera RSR, or the 993 Carrera RS Clubsport version.
19 non 'slant nose' or Package cars were made for the USA only. Very rare. The Porsche factory had 93 Turbo chassis left. These were all transferred to Porsche Exclusiv and hand built as the very special 964 Turbo 3.6 S. They were offered with normal, or ‘Flachbau’ slant nose front ends. While the vast majority of Turbo S’ were fitted with the ‘Flachbau’ nose as a no-cost option, the Turbo S could also be had with the traditional 964 nose as well. In all, 76 Flatnose cars were made while 17 non-Flatnose (known as Package option) cars were made. These cars were also fitted with the X88 option, which increased power to 380 hp.
The Porsche factory had 93 Turbo chassis left. These were all transferred to Porsche Exclusiv and hand built as the very special 964 Turbo 3.6 S. They were offered with normal, or ‘Flachbau’ slant nose front ends. While the vast majority of Turbo S’ were fitted with the ‘Flachbau’ nose as a no-cost option, the Turbo S could also be had with the traditional 964 nose as well. In all, 76 Flatnose cars were made while 17 non-Flatnose (known as Package option) cars were made. These cars were also fitted with the X88 option, which increased power to 380 hp. 75 flatnose units were produced.
Model year 1994. Carrera 4 Wide-Body for the U.S. Technically there is really no difference between the Carrera 4 Wide-Body and his RoW counterpart. At the front there are the for America usual black impact absorbers beside the fog lights, the frontfenders lack the side indicators, the rear bumper is equipped with the center piece with a small plate section and in the back window of a large third brake light is integrated. Significant differences, it is generally provided in the factory standard equipment.
In order not to offend sensibilities of their traditional 911 customers by openly challenging them with a Works 928GTR offering, Porsche asked Max Moritz Racing, their longtime private racing partner from next door Reutlingen to enter a 928GTR Cup as a 'semi-works' car.
The 993 Carrera 4, sold between 1995 and 1998, uses the same powerplant as the standard 993 Carrera, but puts power down to all four wheels through a 6-speed manual transmission. A “Carrera 4” badge on the tail, along with silver-painted brake calipers and clear front and side turn signals, help distinguish the all-wheel drive C4 from the C2 sibling. Approximately 4,700 coupes and 2,500 cabriolets were made. It was replaced by the Porsche 911 Carrera 4 (996 generation) in 1999.
2,500 cabriolets were made in the 993 Carrera 4. The 993 Carrera 4, sold between 1995 and 1998, uses the same powerplant as the standard 993 Carrera, but puts power down to all four wheels through a 6-speed manual transmission. A “Carrera 4” badge on the tail, along with silver-painted brake calipers and clear front and side turn signals, help distinguish the all-wheel drive C4 from the C2 sibling.
The 993 Turbo was available between late 1995 to 1998. Powered by a twin-turbocharged 3.6 liter flat six, it was rated at 402-horsepower. It’s distinguished easily from the rear, as the whale-tail spoiler is quite deep to house the intercoolers meant to cool the intake charge. This extra power might have been a handful for street drivers, so all-wheel drive from the 993 Carrera 4 added traction at all four corners. Approximately 6,000 coupes were made. Although powered by a different engine, a limited production 993 Turbo Cabriolet was available in the early days of the 993 generation. A more powerful 993 Turbo S was also introduced in 1997.
The Porsche 911 Turbo Cabriolet (993 generation) is an incredibly rare car – only 14 were built in 1995, in the early days of 993 production. Rather than the contemporary twin-turbo powerplant in the 993 Turbo Coupe, the 993 Turbo Cab was fitted with the single turbo of the 964 Turbo 3.6. Although the Turbo Coupé was introduced earlier, the actual production started after the Turbo Cabriolets were sold. Turbo Cabriolets were 1995 models by VIN and Turbo Coupés were immediately produced as 1996 models although the 1996 model year had not yet started.
Porsche faithful are probably shaking their heads right about now. Porsche never officially made a production 993 Speedster. Notice we said “production.” In 1995, the company created a dark green 993 Speedster for Ferdinand “Butzi” Porsche 60th birthday. Jerry Seinfeld apparently felt left out; he commissioned a silver 993 Speedster in 1998, though it seemed to have begun life as either a Targa or Cabriolet before being sent to Porsche Exclusive. Only two 993 Speedsters were ever made; if you see one that’s not silver or dark green, chances are it’s a phony. The rarest among these models is the 911 Speedster.
The 993 Carrera RS is a lightweight, stiffer version of the naturally-aspirated 993 Carrera meant for ultimate street performance. At its heart was the 3.8-liter normally aspirated Type M64/20 engine producing 300 bhp at 6,500 rpm along with 262 foot-pounds of torque at 5,400 rpm. Looking to save as much weight as possible, every non-essential item from the car was removed. The Carrera RS tipped the scales at a 1,280 kg. Approximately 1,000 Carrera RS were built, making it one of the rarest and most collectable 993-generation 911's produced. In addition to the Base Model Trim it was also available as the race-ready, yet street legal, 993 RS Clubsport (option code M003).
The 993 Carrera RS Clubsport, 213 of which were built to meet the FIA GT2 homologation requirements, is a race-ready, although street legal variant of the 993 Carrera RS, not to be confused with the track only 993 Carrera Cup RSR. Emphasising its competition credentials, the 993 Carrera RS Clubsport came with a welded-in roll cage as standard, considerably increasing its rigidity, racing bucket seats, six-point safety harnesses, battery isolator switch, fire extinguisher, and a huge fixed rear wing, the latter also available on the 'base model' Carrera RS.
The Porsche 911 GT2 (or GT as it was initially called) from the 993 Porsche series was built in order to meet homologation requirements for the GT2 class racing which had banned all-wheel-drive vehicles by the mid 1990's. As a two-wheel drive vehicle, the GT2 had significant weight savings as compared to the standard 993 Turbo from Porsche, making it instantly competitive in racing. The 993 GT2's original 3.6 L (220 cu in) engine generated a maximum power output of 316 kW (430 PS; 424 hp). The 993 GT2 features removable and replaceable bolt-on flares in order to fit wider wheels for racing and for quick replacement in the event of any race-related damage. According to RM Sotheby's, between 1995 and 1998, Porsche would produce 194 GT2's; 161 of those were for street use (Base Model), 33 were designated as Club Sport versions, and approximately 80 were built strictly for competition as a standard Racing variant and an Evo Variant as well. Because of their limited production and racing heritage, the 993 GT2 is hightly sought after by collectors today.
The GT2 was the hardcore, race-focused version of the 993 Turbo, using essentially the same 3.6 L twin-turbocharged engine, but slightly modified with increased power output. The car was made to compete in the FIA GT2 racing class. Among this already very exclusive circle of 57 cars there is an even more rare community. 20 of the 57 road-legal cars were produced in a second – and last – badge with upgraded engine power (450 PS) called GT2 “Clubsport” which make them the last Porsche models with air-cooled engines.
The racing sportscar is prepared by Porsche following the Le Mans GT2 regulations for the over 1,150 kg weight classification. It features a 3.6-litre engine with two turbo-chargers (KKK 24 with 33.8 mm restrictors), which delivers around 450 hp at 5,750 rpm. Even this racing vehicle, with its suspension featuring a McPherson front axle and Porsche multi-link rear axle with LSA system, closely resembles its production relative. Utilizing a steel 993 Twin Turbo chassis with modifications for racing, scored numerous victories in a wide variety of racing venues.
To comply with homologation requirements, Porsche built two street versions of their 1996 Le Mans contender. These pre-production cars are essentially the same as the race version without all the safety equipment, a higher ride height and more interior amenities. The two street versions were actually built in 1995 as 1996 model year cars. The engines were slightly detuned from 600 bhp to 544 and the gear ratios were changed.
After introducing the Porsche Carrera S with the body carried-over from the Turbo version, customers asked about an all-wheel-drive version for it. The 993 Carrera 4S was sold between 1995 to 1998. Much like the 993 Carrera S, the 993 Carrera 4S takes the 993 Carrera 4 powertrain and fits it into the widebody 993 Turbo shell, sporting 18" alloy wheels. The engine was the same 3.6-liter naturally aspirated, but it was offered in the higher power output of 285 hp. As with the Carrera 4, it was only available with a 6-speed manual transmission. The 4S did not have a cabriolet version.
The Targa was the half-convertible bodywork offered by Porsche for the 911. A convertible car doesn't have the rigidity or the weight of a coupe vehicle, since more reinforcements have to be added to its chassis. But the Targa solution offered a good answer. By removing only a part of the roof and leave the closed-coupe rigid structure. It was offered a better sensation than a sunroof and it wasn't as heavy as a convertible. Unlike the previous Targa generation, the 993 featured a glass panel over the front passengers instead of a fabric one. The rest of the bodywork looked similar to the Carrera. The engine was a completely reworked flat-six, with a 3.6-liter displacement with the VarioCam system, which offered 285 hp. It was mated either with a 6-speed manual or a 4-speed automatic.
In spite of its 911 moniker, the car actually had very little in common with the 911 of the time, only sharing the front and rear headlamps with the production sports car. Designed and developed to compete in the GT1 class of sportscar racing, which also required a street-legal version for homologation purposes. It was powered by a twin-turbo flat 6 that was good for 600 bhp. The 1996 911 GT1 clocked at a top speed of exactly 330 km/h (205 mph) on the legendary Mulsanne Straight.
The Porsche 911 GT2 Evo represented the top specification ever produced for any air-cooled Porsche. Designed to compete in FIA GT1, it incorporated a twin turbocharged 3.6L flat-6 engine rated at a full 600 HP and 490 lb-ft of torque. As compared to the standard 993 GT2, Porsche widened the rear fender extensions to cover wider modular wheels and added a new front spoiler with inlets for oil and brake cooling. A second deck appeared on the already outlandish rear spoiler, which could be mounted higher in the air stream for added downforce. Approximately 11 samples were produced.
Homologated roadgoing version of the ’97 911 GT1 Evolution racer costing $890,805 upon release. Twin-turbochargers were fitted to the M96/80 engine, which had water-cooled cylinder heads. Apparent from the front and rear lights, the GT1 shares many components with its series production counterparts, but puts them together in a more competitive way. Gone is the rear engine layout which isn't suitable for prototype GT racing, the GT1's turbocharged flat-six engine sits in front of the rear axle and is supported by chassis tubes instead of the typical 911 rear sub frame.
It was Porsche's first road vehicle to be originally designed as a roadster since the 914. The first-generation Boxster (the 986) was introduced in late 1996 as a 1997 model year car. The V-Series Boxster 2.5 rolled out in August 1996 from Porsche’s factory in Zuffenhausen, Germany. The design was heavily influenced by the 1993 Boxster Concept (which was a good thing). It was an instant success, becoming Porsche's biggest seller from its introduction in 1996 until the introduction of the Cayenne sport utility vehicle in 2003.
The Carrera S was the ultimate, naturally aspirated version of the Carrera 2. Porsche decided to offer something more to its customers when it launched the Carrera S version. It featured a stiffer and lowered suspension. Its wider tires made it better in the corners and faster around a race-track than its Carrera 2 sibling. The Carrera S took its bodywork from the Porsche Turbo. But it didn't get the turbocharger or the all-wheel-drive system. Its wider rear fenders and lowered stance than the Carrera lineup made it a desirable car for the Porsche fans. The engine was the same 3.6-liter naturally aspirated, but it was offered in the higher power output of 285 hp. The only transmission available was a 6-speed manual.
The 993 Turbo S, available between 1997 and 1998, bumped the power from the standard 993 Turbo up to 450hp (430 for the United States market) with larger turbochargers and a modified engine management system. The Turbo S was fitted with more luxury trim bits on the interior – with more leather and carbon fiber than on the standard Turbo. A larger rear wing was installed as well. Only 345 were built. Its direct successor was the 996 Turbo S for model year 2005.
Towards the end of the 1996 season, Porsche made revisions to the 911 GT1 in preparation for the 1997 season. The front end of the car was revised including new bodywork which featured headlamps that previewed the all-new generation of the (996) Porsche 911 which would be unveiled in 1997. It had the same engine as the previous version, but new aerodynamic elements allowed the 1997 version to be considerably faster than the 1996 version. At Le Mans the works cars led the race but did not last the full distance; a privately entered 1996 specification GT1 managed 5th overall and third in its class
The 993 Carrera RSR takes the 993 Carrera RS formula and makes it even more track-ready by adding a roll-cage and removing carpet, power windows, and a/c. There were just thirty Porsche 911 Cup 3.8 RSR (Type 993) race cars produced for the 1997 season. This model was the last of the breed of air-cooled, naturally-aspirated 911 race cars to come from the Weissach race department before the introduction of the Type 996 water-cooled cars. To find a 993 3.8 RSR that participated in some of the world’s toughest endurance races in period, and survived unscathed and unmolested, is quite rare.
A single car - the 911 GT1-98 Straßenversion - was built in 1998 to homologate the all-new racing version under the new FIA regulations. The engine had to be slightly de-tuned to meet European emissions laws, although its 400 kW (544 PS; 536 hp) at 7,200 rpm and 600 N⋅m (443 lb⋅ft) of torque at 4,250 rpm proved to be more than adequate; the car could accelerate to 100 km/h (62 mph) from a standstill in 3.9 seconds on its way to a top speed of 308 km/h (191 mph)
The Porsche 911 GT2 (or GT as it was initially called) from the 993 Porsche series was built in order to meet homologation requirements for the GT2 class racing which had banned all-wheel-drive vehicles by the mid 1990's. As a two-wheel drive vehicle, the GT2 had significant weight savings as compared to the standard 993 Turbo from Porsche, making it instantly competitive in racing. The 993 GT2's original 3.6 L (220 cu in) engine generated a maximum power output of 316 kW (430 PS; 424 hp). The 993 GT2 features removable and replaceable bolt-on flares in order to fit wider wheels for racing and for quick replacement in the event of any race-related damage. According to RM Sotheby's, between 1995 and 1998, Porsche would produce 194 GT2's; 161 of those were for street use (Base Model), 33 were designated as Club Sport versions, and approximately 80 were built strictly for competition as a standard Racing variant and an Evo Variant as well. Because of their limited production and racing heritage, the 993 GT2 is hightly sought after by collectors today.
The 996 series was a monumental update to the 911 story. The Type 996 introduced water-cooled engines and it also ushered in a new body design. The roof line with a windscreen which is around five degrees flatter gives the side view a more fluid look. Gone was the "classic" 911 design, the entire main body now much sleeker. The flat six in the Carrera 996 was a newly-developed flat-six engine that offered 300 hp. It was mated as standard with a six-speed manual. A 5-speed automatic (Tiptronic) with manual override to shift gears was on the options list. As always, the Carrera 2 was rear-wheel-drive.
The flat six in the Carrera 996 was a newly-developed flat-six engine that offered 300 hp. It was mated as standard with a six-speed manual. A 5-speed automatic (Tiptronic) with manual override to shift gears was on the options list. As always, the Carrera 2 was rear-wheel-drive. Designed as a grand tourer, the Porsche Carrera Cabriolet was the base version for the open-top 911 range in 1998. The retractable roof was able to be stowed away in 20 seconds at speeds of up to 50 kph (31 mph), like the rest of the 911 convertible range. With the roof up, the car was tested in the wind tunnel at speeds of up to 338 kph (210 mph).
The 1998 GT1 car was a totally rethink and vast upgrade versus the prior year car. 1998 Le Mans 24-hour race In the 1998 jubilee year, the Porsche team celebrated its 16th overall victory in Le Mans with a double win for the 911 GT1 98. On 6th/7th June, the winning car was driven by Laurent Aiello, Allan McNish and Stéphane Ortelli. It was almost 50 years to the day on which the first Porsche sports car saw the light of day.
The Porsche WSC-95 (sometimes referred to as the TWR WSC-95) was a Le Mans Prototype originally built by Tom Walkinshaw Racing. It was modified by Porsche from the original Group C Jaguar XJR-14 from which it derived,[1] and run by Joest Racing. The WSC-95 saw very little race action even though it won the 24 Hours of Le Mans in both 1996 and 1997 without being acknowledged as a factory supported project. Later upgraded to the Porsche LMP1-98 before being retired. Only two cars were ever built.
The 996 GT3 Cup served as the basis for the 996 GT3 road car, featuring a 3.6 litre engine with 355 hp. For the 1999 season the engine output was increased to 365 hp. For the 2001 season the GT3 Cup received modified aerodynamics including an enlarged rear wing and improved cooling. For 2002, the GT3 Cup received several changes, adopting facelift 996.2 features such as Turbo-style headlights. The new body significantly improves aerodynamics and cooling. Engine output was increased to 375 hp.
Since 1989, the rear-wheel-drive Carrera has always been accompanied by an all-wheel-drive Carrera 4, and the 996 was no different. Overlapping with the last year Carrera 993'S, the 996 Carrera 4 represented two major changes for the venerable 911 lineage: a water-cooled flat-6 engine replaced the air-cooled engine used in the previous 911 model, and the body shell received its first major re-design. Engine displacement was 3.4 L and power output was 300 PS (221 kW; 296 hp) featuring a change to an "integrated dry sump" design and variable valve timing. The all-wheel-drive system provides between 5-40% of torque to the front wheels depending on the situation
The 996 Cabriolet was introduced in March 1998 at the Geneva Motor Show. The 996 Cabriolet was long ready (remember, it was tested already in 1995), but for marketing and production-related reasons it was launched in 1998 as a 1999 model. While the evolution with the 911 coupe was questionable from 993 to 996, the real evolution came with the cabriolet. In USA - the biggest market - 911 Cabriolets outsold the Coupés. The all-wheel-drive system provides between 5-40% of torque to the front wheels depending on the situation.
The Porsche LMP2000 (also known as the Porsche 9R3) is a Le Mans Prototype racing car that was developed between 1998 and 2000, but never raced. One car was built, and it was designed around a modified version of Porsche's 3.5-litre V10 engine that was originally designed for Formula 1 in 1992. The project was canceled before the car was built, leading to various rumors about the reason for its demise.
The 996 GT3 Cup served as the basis for the 996 GT3 road car, featuring a 3.6 litre engine with 355 hp. For the 1999 season the engine output was increased to 365 hp. For the 2001 season the GT3 Cup received modified aerodynamics including an enlarged rear wing and improved cooling. For 2002, the GT3 Cup received several changes, adopting facelift 996.2 features such as Turbo-style headlights. The new body significantly improves aerodynamics and cooling. Engine output was increased to 375 hp.
For the 2000 Paris Motor Show, Porsche prepared a concept supercar that eventually turned into a limited production car. The concept's basic shape and specification were close the production version, which included a low-mounted V10 engine that was sourced from their scrapped Le Mans prototype program in 1999. Two functioning concepts were produced for both the European and North American show circuits.
While the original 986 Boxster was a sweet ride, its performance began to lag behind newer competitors like the Honda S2000. Powered by a 2.5-litre flat six-cylinder engine, the base model was upgraded to a 2.7-litre engine in the year 2000. The gearbox options in the Boxster 2.7 are the same as in 2.5, but they got new type designations due to improvements. Externally, the 986 Boxster 2.7 looks like Boxster 2.5. Inside the side airbags are standard and the plastic feeling has been reduced. The fuel tank is a larger 64-liter. Alcantara trim is available on the options list.
In 2000, Porsche gave us the Boxster S. With a 3.2 liter naturally aspirated Flat-6, it was good for 250 bhp and 225 ft lbs of torque, up by 25% on the base 2.7 liter Boxster. Hardward changes, a 6-speed gearbox and all this extra power and torque transformed the Boxster driving experience. From behind the wheel, the Boxster S rushes forward in a way that is missing from the base model, that torque increase really making itself known, especially in the midrange. 0 to 60 mph now takes 5.60 second (compared to 6.5 for the 2.7 L base model). Top speed is 161 mph and the quarter mile is 14.1 seconds.
The GT3 was based on the standard 996 Carrera, but was stripped of a great deal of equipment for weight savings, featuring stiffer, adjustable suspension and upgraded brakes. The GT3 used the bodyshell of the four-wheel-drive Carrera 4, which incorporated additional front-end stiffening. It featured a naturally aspirated 3.6-litre flat-six engine generating a maximum power output of 360 bhp @ 7200 rpm and torque of 273 ft lbs @ 5000 rpm. This engine was shared with the 996 Turbo and was a derivative of the engine developed for the 911 GT1 race car. The Mk.II GT3 variant was based on the second generation of the 996, and featured updated aerodynamics, and a more powerful engine rated at 381 bhp.
In 1999, Porsche celebrated the turn of the century with a special edition – the 996 "Millennium Edition". The 911 Millennium edition was based on the Carrera 4 coupé and was pretty rare, with only 911 cars made. Based on the Carrera 4, the "Millennium Edition" was limited to 911 examples and was based exclusively on the wide bodied Carrera 4. This special edition was finished in Violet Chromaflair paint, which, depending on the light changes from dark violet to light green and is quite spectacular to look at.
The 996 GT3 R was a one-year-only (2000 model year) special of which only 63 were produced. The car took the basic GT3 bones and amplified it for motorsport. The Mezger engine produced over 400 horsepower, while factory-fitted adjustable shock absorbers gave better handling. Most notably, the GT3 R wore carbon-fiber bodywork meant for ultimate light weight in motorsport. The 996 GT3 R was introduced in 1999 as a replacement for the 993 RSR. Before its introduction, it was extensively tested at Weissach and Paul Ricard. In the 2000 FIA GT Championship, the 996 GT3 R was the dominant racer in the new N-GT class and won every run. In the same year, the factory-supported Phoenix Racing won the 24-hour race at the Nürburgring.
Porsche introduced the turbocharged version of the Type 996 for the 2001 model year (late 2000 in Europe). Like the 996 GT3, the Turbo's engine was derived from the engine used in the 911 GT1. Like its predecessor, the 993 Turbo, it featured twin-turbos but now had a power output of 420 PS (309 kW; 414 hp). As of 2002, the X50 package would increase engine output to 444 hp. The 996 Turbo was available with a 6-speed manual transmission or an automatic (Tiptronic), driving power to all four wheels.
From model year 2001, the model range was extended to include the 911 GT2. The body of the extreme sports car was based on the body of the 911 Turbo. The GT2 engine was also based on the 911 Turbo but had ten percent more power. The bi-turbo engine delivered 462 horsepower. The GT2 was offered with a Clubsport Package for use in motorsport. In late 2003 the Porsche 911 GT2 received a power upgrade from 462hp to 483hp, maximum torque also increased from 457 lb ft to 472 ft lbs, thanks to a revised engine management program. Top speed increased by 2mph to 198mph while 0-60 is claimed to take 3.8 sec. The updated GT2 was also available with a Clubsport Package.
In the 2000 FIA GT Championship, the 996 GT3 R was the dominant racer in the new N-GT class and won every run. In the same year, the factory-supported Phoenix Racing won the 24-hour race at the Nürburgring. In 2001, the modified version, now called the 996 GT3 RS, was used. The vehicle was not only very successful in its class, it also achieved overall victories. Modelled on the 911 GT3 R, the GT3 RS race cars offered a number of technical improvements, which combine to ensure a racing car with optimal competitiveness. 50 racing cars were produced.
It is not clear if the Cayenne Cabriolet was ever intended for production, but considering how much work was put into the concept car, the project was taken seriously. The car has the nose and brakes from the Cayenne Turbo, but this concept car might have a normally aspirated engine, if at all. Porsche has not unveiled any technical information.
The first-generation Cayenne saw the introduction of the Cayenne S in 2002. While the base Cayenne had a 3.2-L VR6 engine, the Cayenne S got a 4.5 L V8 with more power and torque. The extremely short and compact normal-aspirated V8 produced 340 hp and 310 lb⋅ft of torque. Acceleration for the Cayenne S is strong for an SUV, with 0–60 mphtaking 6.9 seconds and the top speed being 150 mph. The Cayenne S also have some visual changes to better identify it, but was otherwise standard Cayenne fair.
The first-generation Cayenne Turbo 955 has 450 PS (331 kW), and can accelerate from 0–100 km/h (62 mph) in 5.3 seconds. Under the hood, the Cayenne Turbo was fitted with a turbocharged 4.5-liter V8 unit mated to a standard 6-speed automatic. Thanks to the standard air-suspension, the Turbo version could get up to 28 cm (11”) of ground clearance. The German brand needed a car to sell in volumes and save them from a foreseeable financial collapse. The Cayenne Turbo did just that.
In 2002, all of the standard models received a minor makeover in 2002 which included Turbo-style headlights, a freshly designed front clip and an increase in engine capacity to 3.6L along with a subsequent 20HP boost. The bodies were more rigid which further improved handling and safety and the lower, stiffer X74 suspension became available as a factory modification. From the outside, it was hard to notice the difference between the 1998 version and the facelifted model. The main difference was on the headlights. Including the Mk 1 cars, the 996 Carrera Coupe sold 46,317 units.
The 996 was initially available in a coupé or a cabriolet (Convertible) bodystyle with rear-wheel drive, and later with four-wheel drive, utilising a 3.4 litre flat-6 engine generating a maximum power output of 221 kW (300 PS; 296 hp).[7] The 996 had the same front end as the entry-level Boxster. After requests from the Carrera owners about their premium cars looking like a "lower priced car that looked just like theirs did", Porsche redesigned the headlamps of the Carrera in 2002. With the cabriolet, buyers have a choice between this version and the hotter Carrera 4S cabriolet.
Designed as a grand tourer, the Porsche Carrera 4 Cabriolet was the base all-wheel-drive version for the open-top 911 range in 2001. It offered enough comfort to be used as a daily driver, on all weather. The 996 Porsche was facelifted in 2002. Along with the coupe versions, the convertibles were reshaped also. There was not a big difference on the outside. It was the same sports-car and open-top grand tourer. The Carrera 4 Cabriolet, continued on through 2004, receiving the same updates as the Carrera, including the 3.6-liter engine.
The 996 Targa is the rarest bodystyle in the series – only 5,152 were produced (all Mk.2 generation) between 2002 and 2004. The Targa used what has become genericized as a “targa” roof – a single, lift-off panel to offer an open-air experience while giving rollover protection not afforded by a traditional convertible.
The 996 Carrera 4S is, as one might guess, a slightly-uprated version of the Carrera 4. Mechanically quite similar to the standard Carrera 4 with a naturally-aspirated M96 and all-wheel drive, the Carrera 4S used the wider bodyshell of the 996 Turbo for a more aggressive look. The Carrera 4S used a stiffer suspension than the standard Carrera 4 model, which led to better handling. The Carrera 4S was offered as a Mk.2 from 2002-2005. A total of 23,055 were produced, of which 17,298 were coupés and 5,757 were cabriolets.
The optional X50 Performance Package gave the base Turbo larger K24 turbochargers and intercoolers, a revised ECU and a quad-pipe exhaust, raising the engine’s output from 415 to 450 bhp and maximum torque from 415 to 457 ft lbs. With power at 450 bhp @ 6000 rpm and torque of 457 ft lbs @ 4400 rpm, the X50 option is a monsters. Porsche engineers achieved the increase in power and performance through modifications to the Turbo charger, the change air cooler, the control units and exhaust system in particular. The base constructions of the manual and automatic transmissions were also improved.
The 996 GT3 Cup served as the basis for the 996 GT3 road car, featuring a 3.6 litre engine with 355 hp. For the 1999 season the engine output was increased to 365 hp. For the 2001 season the GT3 Cup received modified aerodynamics including an enlarged rear wing and improved cooling. For 2002, the GT3 Cup received several changes, adopting facelift 996.2 features such as Turbo-style headlights. The new body significantly improves aerodynamics and cooling. Engine output was increased to 375 hp.
In the 2000 FIA GT Championship, the 996 GT3 R was the dominant racer in the new N-GT class and won every run. In the same year, the factory-supported Phoenix Racing won the 24-hour race at the Nürburgring. In 2001, the modified version, now called the 996 GT3 RS, was used. The vehicle was not only very successful in its class, it also achieved overall victories. Modelled on the 911 GT3 R, the GT3 RS race cars offered a number of technical improvements, which combine to ensure a racing car with optimal competitiveness. 50 racing cars were produced.
Porsche's open-top, 603-hp, manually shifted Carrera GT makes other supercars seem quaint. It is arguably the best supercar ever made. Under the skin, the car used many modern hallmarks of motor sport engineering: a carbon fiber chassis, dry sump lubrication, inboard suspension and a mid-mounted engine that was engineered to sit as low as possible to ground. Performance on paper and in person was spectacular. Peak supercar.
The first-generation Cayenne was what saved Porsche. The based Porsche Cayenne 955 entered the market to a mixed reception, although it was the performance vehicle among SUVs and had comparably good handling as well as powerful engines.[3] The lineup initially consisted of the V8-powered Cayenne S and Cayenne Turbo. Later in the model cycle, VR6 and diesel-powered versions joined the lineup. The base model is powered by a VW 3.2-L VR6 engine producing 250 PS (184 kW; 247 hp). The engine is largely the same as the VW engine.
The first generation Boxster got a facelift and refresh for the 2003 model year. The 2003 Boxster came on the market with new engines and new options. It also had a new face, but not that different than the first generation. The result was more horsepower, the 2.7 liter now good for 225 bhp @ 6300 rpm and 192 ft lbs @ 4750 rpm. Power was up by 8 horsepower over the prior year model, while torque was unchanged. From the outside, the 2002 Boxster featured an apron with two air-intakes on the sides.
The Boxster S was revised along with its Boxster version in 2003. From the outside, the 2002 Boxster S featured an apron with three air-intakes, one more than the non-S version. The 3.2-liter unit was installed in the Boxster since 2000, but after the facelift it was improved by 10 hp, reaching 258 hp. It was paired as standard with a 6-speed manual, or a 5-speed Tiptronic (automatic) as an option. As expected, the manual version was quicker and faster.
The 996 Carrera 4S Cabriolet is the convertible version of the slightly-uprated 996 Carrera 4. Introduced a year after the 996 C4S Coupe. The Carrera 4S Cabriolet was introduced in the lineup with the new engine and the Turbo bodywork. The cabriolet version of the Carrera 4S paired the aggressive bodywork and suspension of the Turbo with the base Carrera 4 drivetrain, though it didn't get the Turbo's huge rear wing. The three-layer canvas-top was powered and it needed 20 seconds to completely retract or cover the car, at speeds up to 50 kph (31 mph). For winter, the car featured an aluminum hard-top.
Introducing this new top-of-the-range model, Porsche is once again placing a 911 Turbo Cabriolet right at the top of the family after a break of 14 years: From 1987 - 1989 the Porsche 930, as the first Turbo was code-named within the Company, set the first milestone in the history of these outstanding open-air sports cars. With cylinders still featuring two valves each at the time, the 3.3-litre power unit driving the first Turbo Cabriolet offered maximum output quite unique at the time of 300 bhp or 221 kW. Acceleration from 0 to 100 km/h was in 5.2 seconds and the car had a top speed of 260 km/h or 161 mph.
The 996 GT3 Cup served as the basis for the 996 GT3 road car, featuring a 3.6 litre engine with 355 hp. For the 1999 season the engine output was increased to 365 hp. For the 2001 season the GT3 Cup received modified aerodynamics including an enlarged rear wing and improved cooling. For 2002, the GT3 Cup received several changes, adopting facelift 996.2 features such as Turbo-style headlights. The new body significantly improves aerodynamics and cooling. Engine output was increased to 375 hp.
In the 2000 FIA GT Championship, the 996 GT3 R was the dominant racer in the new N-GT class and won every run. In the same year, the factory-supported Phoenix Racing won the 24-hour race at the Nürburgring. In 2001, the modified version, now called the 996 GT3 RS, was used. The vehicle was not only very successful in its class, it also achieved overall victories. Modelled on the 911 GT3 R, the GT3 RS race cars offered a number of technical improvements, which combine to ensure a racing car with optimal competitiveness. 50 racing cars were produced.
Porsche Boxster S 550 Spyder 50th Anniversary Edition (986.2)
2004
Boxster
986 Boxster
Boxster 1st Gen (986)
Boxster S
1953
In 2004, the Boxster S Special Edition, also called 550 Spyder Boxster S Special Edition was introduced with a production run of just 1,953 cars (paying homage to the 550 Spyder's year of introduction). 500 cars were made for the US Market. These were all painted in GT Silver Metallic, the same colour as the Carrera GT concept presented in 2000, and had unique cocoa-brown full-leather interior as standard with grey natural leather as a no-cost option.
The 2005 Porsche 996 Turbo S was available as both a coupe and cabriolet – it was basically a standard Turbo model with the X50 Powerkit and carbon-ceramic brakes fitted, alongside a few luxury features for the interior. Approximately 1558 Turbo S models (split between coupe and cabrio) were sold in 2005. Also included are small aluminum appointments to the interior and Turbo S badging. A great all-rounder with the extra power to suprise most.
To commemorate the end of 996 production, Porsche introduced the Turbo S, boasting even more power than the standard 996 Turbo — 450 PS (331 kW) and 620 N·m (457 lb·ftf)— courtesy of the X50 package being standard. The Turbo S was limited to approximately 1,500 units worldwide, of which 598 were coupé (hardtop) and 960 were cabriolet (convertible). It was available with a 6-speed manual or an automatic (Tiptronic S) transmission, driving power to all four wheels.
The second generation GT3 takes all that was good about it's predecessor and then improves it! Power from the GT1 derived flat-6 is up by 21 bhp to 381 bhp (with an 8200 rpm redline), ride height is lowered for increased stability and braking is just remarkable with the carbon/ceramic disks from the GT2 as optional. Two versions are offered, the more extreme 'Clubsport' showing it's track day colors with a full roll cage, racing seat and a 6-point harness. The 996.2 GT3 was the first GT3 marketed in the North America.
The 996 GT3 RS was a sharpened version of the Mk.2 GT3, built for track use and it was the homologation model for the GT3 race-car. It was the forbidden fruit for the U.S. and Canadian customers. It was available in a limited number and it was a true track-oriented vehicle. It was based on the GT3 version, but with fewer comfort features and even stiffer suspension. It was the kind of car which could have been taken from the shop and dive into the first race-track. The GT3 was available in white color only, with red or blue inscriptions on its sides. The adjustable rear wing and the “duck-tail” were mounted in the back, to provide better traction on higher speeds. It was fitted with the same engine as the GT3, exclusively with a 6-speed manual.
From model year 2001, the model range was extended to include the 911 GT2. The body of the extreme sports car was based on the body of the 911 Turbo. The GT2 engine was also based on the 911 Turbo but had ten percent more power. The bi-turbo engine delivered 462 horsepower. The GT2 was offered with a Clubsport Package for use in motorsport. In late 2003 the Porsche 911 GT2 received a power upgrade from 462hp to 483hp, maximum torque also increased from 457 lb ft to 472 ft lbs, thanks to a revised engine management program. Top speed increased by 2mph to 198mph while 0-60 is claimed to take 3.8 sec. The updated GT2 was also available with a Clubsport Package.
Porsche 911 Carrera 40th Anniversary Edition (996)
2004
911
911 - 996.2
911 5th Gen (996)
911 40 Jahre
1963
To commemorate the 40th year of 911 production, Porsche built 1963 of the 40th Anniversary Porsche 911 Carrera for model year 2004. Painted only in a GT Silver Metallic finish, with a dark gray leather interior, the 40th Anniversary (or 40 Jahre in German) took the Base Model 996 Carrera and added the front fascia of the 996 Turbo, side skirts and luxury features for the cabin – including a luggage set that matched the special grey leather interior. Mechanically, the X51 Powerkit increases power to 341hp, combined with rear wheels power wheels, a standard 6-speed manual and sport suspension and limited-slip differential included.
Based on the road-going 996 911 GT3 RS, the GT3 RSR features improvements to its predecessor in all key areas. The vehicle is available in an ACO (Automobile Club de l'Ouest) version for competing in Le Mans and in the American Le Mans Series as well as in a FIA specification. The 911 GT3 RSR features a modified front which improves downforce at the front axle. The 3.6-litre, six-cylinder boxer engine delivers 445 hp at 8,250 revs. Maximum torque is now 405 Nm at 7,200 rpm, with top revs reached at 8,500 (for the FIA specification with two 30.8 mm air restrictors).
The original Porsche Boxster was a huge success and help Porsche grow its customer base, so when the second-generation Boxster (987) came to the US market as a 2005 model it wasn’t a surprise that it followed a similar formula. While the 987 Boxster retained only 20 per cent of the 986’s DNA, it looked similar enough to us that it felt more like a mild refresh than a totally new model update. The engine and transmissions were, for the most part, carry-overs, albeit with the obligatory and customary modest bump in performance and power (now at 240 horsepower).
The second generation of Porsche Boxster came out in 2004 at the Paris Motor Show and shared almost the same design with its predecessor. The Boxster S came with the 3.2-liter flat-six engine mated to a standard 6-speed manual transmission, while a 5-speed Tiptronic S (automatic) with manual override to select gears was on the options list. The Porsche Stability Management was fitted as standard. It got a bump on power over the prior generation Boxster S as well as a newly modernized exterior design. The interior was also upgraded and was much nicer.
The base Carrera has essentially the same 3.6 L flat-6 engine that its predecessor, the Type 996 Carrera used, now good for 321 bhp @ 6800 rpm and with torque of 273 ft lbs @ 4250 rpm. The sprint from 0 to 60 mph is over in just 4.80 seconds and top speed is 177 mph. The quarter mile is over in a respectable 13.1 seconds. The 911 Carrera is now faster, more stable, more precise and forgiving, an altogether superior-make that more efficient-sports car than the 996.
Just a few months after the introduction of the 2004 911 (997 series), the convertible version was released. The release of the 997 911 Carrera Cabriolet marked the first time since 1977 that Porsche has given the convertible 911s the same engines as their Coupe siblings. The base 997 Carrera Cabriolet gets the 3.6-liter flat six-cylinder engine with 321 bhp and 273 ft lbs of torque. The convertible version for both Carrera and Carrera S was developed at the same time with the coupe.
The 997 Carrera S was the first step up in performance over the base 997 Carrera. Available over two distinct generations, the 997.1 Carrera S used a 3.8-liter engine producing 355hp – the available X51 Powerkit bumped that number to 376hp. From 2009 onwards, the 997.2 Carrera S offered 380hp from 3.8 liters. Besides a more powerful engine, the Carrera S also comes standard with 19 inch (48 cm) "Lobster Fork" style wheels, more powerful and larger brakes (with red calipers), and a lowered suspension with PASM (Porsche Active Suspension Management).
The Carrera S convertible was introduced to the market at the same time with the Carrera Cabriolet, a few months after their coupe-versions were unveiled. The convertible version for the Carrera S got reinforcements needed for the cabriolet built while the engineering was going on for the coupe, ensuring that the drop-top version was just as strong and performance-focused. It got the same engine as the Carrera S and made a case for itself as the best 911 of the range at the time.
The Porsche RS Spyder, internally called 9R6, exists only thanks to a customer order made in 2004 by Penske Motorsports, a subsidiary of Penske Racing. The 9R6 was built according to the Le Mans Prototype class 2 (LM P2) regulations and to be raced at the American Le Mans Series (ALMS) in USA and Canada. The ALMS was created in the spirit of the Le Mans endurance races, hence the name of the series.
The Porsche 997 GT3 Cup was a series of race cars created by Porsche to enter the Fédération Internationale de l’Automobile (FIA) Group GT3 racing class. Replacing the 996 GT3 Cup, the 997 Cup's 3.6 litre engine is rated at 294 kW (400 PS; 394 hp) and was mated to a six-speed sequential transmission. In 2009, the GT3 Cup received several 997.2 updates including a new 3.8 litre engine with an output of 331 kW (450 PS; 444 hp).
The Cayenne S Titanium Edition was designed specifically for the U.S. and Canadian markets. Introduced only for 2006 (as a pre-GTS concept), it was a 1 year exclusive, limited production SUV featuring a lightweight steel body, aluminium hood, titanium-painted accented body parts, side lower rocker body panels, Sport-Quad Tip Exhaust chrome tailpipes, 19" titanium painted alloy wheels, bi-xenon headlights, two-tone interior upholstery, Porsche PCM 2.0 w/ trip computer navigation, MP3 audio and Bose cabin surround sound.
Porsche made things more interesting with the launch of a Turbo S version in 2006 to compete with the Mercedes-Benz ML 63 AMG. The Turbo S is powered by a twin-turbocharged 4.5 L V8 that produces 521 PS (383 kW; 514 hp) and 720 N⋅m (530 lb⋅ft) of torque; Acceleration from 0–60 mph (97 km/h) takes 5.0 seconds and the top speed is 171 mph (275 km/h); It features a six-speed automatic Tiptronic transmission.
After the initial announcement that Porsche was going to release a small mid-engine coupe, we were all excited. In 2005 we finally got the Cayman S. A fast, mid-engine coupe in the Porsche lineup, starting with the S version as a 2006 model year car (the base model came a year later). The 2006 Porsche Cayman S was based on the Boxster series, the two-seat coupe incorporated dramatic new styling, a powerful 295 hp (SAE) engine, and features and options made popular by Porsche's current range of sports cars.
The 997 Carrera 4 was the all-wheel-drive version of the standard 997 Carrera and it arrived as a 2006 model year car (along with the 4S models). The 997.1 Carrera 4 had a3.6 L Watercooled Flat 6 (M96/05) engine that was good for 321 bhp @ 6800 rpm and 273 ft lbs @ 4250 rpm. It had a sub 5 second 0 - 60 mph hour time and a top speed of 174 mph. The transmission (six-speed manual or five-speed Tiptronic) feeds a forward propshaft that mates to a viscous coupling unit with a front differential. The torque split is just five percent to the front in normal running, with up to 40 percent if you lose rear traction.
The Carrera 4 Cabriolet was released with the rest of the 4 and 4S models as 2006 model year cars. With a sure-footed, four-wheel drive powertrain as well as that "wide-body" stance, and with tops that open or close at the touch of a button, the Carrera 4 Cabriolet really started to make the case it could do it all. The wide look gave the 4 a widened track, larger wheels and tires and four-wheel-drive powertrain that gives more dynamic stability, especially in inclement weather conditions. Developed at the same time as the coupe, it also is much stronger and less compromised than prior generation drop-top 911s.
Along with its sibling Carrera 4, the 2005 Carrera 4S offered an all-wheel-drive system for the Porsche 911, but unlike the 4, the 4S gets the Carrera S' more powerful engine and it turns out that makes a big difference. The Carrera 4S was the more powerful and more dynamic version of the 997 Carrera 4 and an overall great sports car, especially for those in colder climates who need the safety of all-wheel traction.
While the 997 Carrera 4S coupe sold a healthy 15,056 units between 2006 and 2008, the equally exciting Carrera 4S Cabriolet sold 12,587 units, making it a pretty popular 997 model. The reason is pretty simple. Here was a convertible 911 that had a gorgeous wide-body stance, all-wheel drive traction for inclement weather and the extra power of the potent 3.8 L Flat 6 that was good for 350 bhp and 295 ft lbs of torque. This was probably the first convertible 911 that was as good a performer as it coupe siblings with the added benefit of open top driving in the summer with the comfort of being a great daily driver all year round.
In recognition of the 50th Anniversary of the Porsche Club of America (PCA), Porsche has created an exclusive 911 Carrera' S Coupe model featuring a distinctive exterior color, unique interior styling and commemorative touches, and a more powerful and higher performing engine. Limited to an exclusive production run of just 50 cars initially made available to eligible PCA members, the 911 Club Coupe was unveiled this past weekend at PCA's 50th Annual Porsche Parade in Hershey, Pa.
Porsche announced the introduction of the new 2007 911 GT3 RSR (type 997) for the American Le Mans Series and other world GT racing venues. The latest version of the most successful racing sports car in history is based on the street production model 911 GT3 RS (model year 2007) and was launched in late 2006. The 911 GT3 RSR has wider rear fenders and rear track to improve performance capabilities over its predecessor. The car has also been developed to fit into the 1,225 kg class. The new car is built in accordance with the ACO LMGT2 Regulations and the FIA Article 257.
In 2007, 2008 and 2009 American racing driver Carl Fausett took his specially prepared and supercharged 1978 Porsche 928 to the Pikes Peak International Hill Climb and competed in the Open Division. Fausett placed third in the Open Division in both 2007 and again in 2009, where he was also the fastest 2WD car. At that time, much of the race course was gravel.
The 2007 model year Boxster got a change that most people don't think is significant, but is. Model year 2007 is when the base Cayman joined the 987 lineup. The interior and exterior remained mostly the same, but the Boxster S received the Cayman S 3.4-liter flat six while the 2.7 in both the Boxster and new Cayman received VarioCam Plus, which bumped horsepower up to 245. Think of this model year as Porsche taking the changes to get the base Boxster 2.7 to the same level as the recently introduced base Cayman.
For the 2007 model year, the base Boxster received a revised engine featuring VarioCam Plus to provide a 3.7 kW (5.0 hp) power increase (183 kW (245 hp) the same as the Cayman). The Boxster S' engine was upgraded from 3.2-litre to 3.4-litre, resulting in a power increase of 11 kW (15 hp) more (220 kW (295 hp) the same as the Cayman S). These upgrades made the Boxster series and the Cayman series equivalent in terms of power.
A year after the Cayman S and the second generation of the Boxster were unveiled, Porsche released the non-S version of its mid-engine sport-coupe vehicle. The “regular” Cayman was still a sports car that could top a 0 to 100 kph (0-62 mph) in 6.1 seconds so it couldn't be called a “slow” car. It was slower than its brother S, but it was still a daily-driver sports-car. The Cayman was built to be not only a fast and nimble car but a practical vehicle as well.
The 997 Targa design is the same as the 996s, with the power-operated panoramic sunroof and lifting rear window glass. The 997 Targa version's entire operation benefitted from thinner glass that cut approximately 4.2 pounds from its weight relative to the prior 996-series Targa. The 997 Targa 4 has softer spring rates than the coupe, a more generous helping of leather in the cabin, a better tally of standard equipment. The Targa 4 might therefore be all the 911 you ever want; not the fastest or the most visceral, but certainly the most complete car in a very impressive bunch. A great all-rounder.
The two 997 Targa 4 cars are both offered in only all-wheel-drive. Available with either a 3.6 litre flat 6 in the Targa 4, or with a more powerful 3.8 litre flat 6 in the Targa 4S, the new car offers almost all the fun of a convertible without sacrificing the dynamic abilities of a hardtop. The Targa 4S gets to 60 mph in 4.7 seconds and tops out at 179 mph thanks to its 3.8 liter flat six pumping out 350 bhp and 295 ft lbs of torque. It has softer spring rates than the coupe, a more generous helping of leather in the cabin, a better tally of standard equipment, more storage space behind the front seats.
The sixth generation of the 911 series’ top-of-the-range model was unveiled at the 2006 Geneva Motor Show. The 997 911 Turbo has 473 bhp @ 6000 rpm, 60 bhp more than its predecessor. Rated torque is now 473 bhp @ 6000 rpm. The speed range in which this power is available has also been extended. While the previous model’s maximum torque was available between 2,700 and 4,600 revolutions per minute, the corresponding figures are now 1,950 to 5,000 revs. 0 to 60 mph is over in a blistering 3.6 seconds and top speed is 193 mph. The ultimate GT.
If the 996.1 911 GT3 was all about the engine, in the 997.1 completes the rest of the formula. The surgical clarity of its transmission, steering, brakes, pedal weights and heights, and overall chassis balance represented a clear step-change from its regular 997 911 siblings. But the engine was still the heart of the car, the water-cooled 3.6-liter flat-six boasting a new intake and a new exhaust compared with the 996 versions. Official output was 415 hp, though insiders admit some engines made close to 430 hp. Launched in 2006, today this is in many ways the sweet-spot GT3, way more affordable than the later 4.0.
The 997 911 GT3 RS is an even lighter and more purist version of the 911 than the regular GT3. 20 kilograms lighter than the GT3 and equipped with a close-ratio six speed manual the GT3 RS gets to 60 mph 1/10th of a second faster than the GT3. The 911 GT3 RS is 44mm wider at the rear than the GT3. The wider track helps improve directional stability when cornering. Weight savings can be found throughout the car. The Clubsport version there is a bolted roll cage, a six-point harness for the driver and a built in fire extinguisher.
Following a development year with Penske Motorsports in ALMS, Porsche revealed the final version of their LMP2 contender for the 2007 season. Known as the 'EVO' model, it had a host of upgrades that made it suitable for customer-funded teams to successfully compete. This model dominated the P2 class at events like Le Mans and Sebring. It raced from 2007 till 2010 with strong results across the board.
The 2008 model year marks the launch of updated Porsche Cayenne. With a striking new face that features a dramatic new headlight design and with a wide and muscular new body accented by broad wheel arches, the 2008 Porsche Cayenne's newly sculpted sheetmetal provides vivid visual testimony to the vehicle's enhanced technical features. Inside, the interior has received an important update with new infotainment unit, new gauges and more.
The entire Cayenne range got a 2007 facelift. The big changes were cosmetic, with Porsche getting rid of the Porsche 996-inspired headlights and sharpening up the Cayenne S lines. A new, vertical, daytime running light appeared on the outer side of the side-scoops and the center grille was smaller. The Cayenne S started to better develop its own unique personality with the 17” light-alloy wheels fitted as standard. The Cayenne S also got cool exhausts.
The facelift for the first generation of the Cayenne was introduced in 2007. More powerful in every respect - that is how the second generation of the Porsche Cayenne entered the market:. New striking face upfront on a wide and muscular body, with headlights in brand-new design, and with broader, even more powerful-looking wheel arches. The Turbo model 957, featuring a larger 4.8-L engine with 49 hp more power, 0–60 mph time of just 4.9 seconds.
The Cayenne Cayenne GTS was fitted with a 4.8-liter V8 unit, which developed 405 hp. Unlike the Turbo, it was offered with a 6-speed manual as well, while the Tiptronic S (automatic) 6-speed transmission was on the options list. This was the true enthusiasts SUV and the sweet spot in the Cayenne lineup. It also looked great with the black accents and more agressive touches throughout the exterior.
The European market asked for a diesel engine and the car-maker had to deliver it to keep the sale up in a struggled market affected by the world financial crisis. The engine was a carry-over from the Audi line-up, with a variable turbocharger system and a 3.0-liter displacement. It offered 240 hp and it was tuned to offer more performance.
The facelift for the flagship Cayenne came in 2008. The Porsche Cayenne Turbo S is the most powerful Cayenne ever built. Sharing the same essential 4.8-liter V8 engine as the Cayenne S, GTS and Turbo, the Turbo S got 550 horsepower and 553 lb.-ft. of torque. That's a ten percent increase in power and a seven percent boost in torque over the Cayenne Turbo. 0 to 60 mph is over in 4.7 seconds on its way to a track-proven top speed of 174 mph. Like the Cayenne S and Cayenne Turbo, the Turbo S comes standard with a six-speed Tiptronic S driver-shiftable automatic transmission.
Porsche unveiled its 2008 Limited Edition Boxster and Boxster S models at a private gathering at the occasion of the 2007 New York Auto Show. Largely inspired by the 2007 911 GT3 RS, only 250 examples of each model were produced in brilliant orange. Other special exterior features included glossy black painted mirrors, alloy wheels, front and side air inlets, and model designation.
Porsche gave us something special in 2008, the Limited Edition Boxster and Boxster S. Pricing started at $59,900 for the Boxster S version. The Limited Edition’s bright orange paint was previously featured on the race-ready Porsche 911 GT3 RS. The Limited Edition is equipped with a sport exhaust system, and safety bars (also painted orange). The SportDesign package is also included.
In November 2007, Porsche announced a commemorative RS60 Spyder edition of the Boxster to celebrate Porsche's 1960 win in the 12 Hours of Sebring in Florida. Only 1,960 units were produced worldwide with each model bearing a numbered production badge on the dash. The RS60 Spyder came only in GT Silver Metallic exterior colour while the standard interior is Carrera Red leather, with dark gray leather as an option. The RS60 came standard with 19 inch SportDesign alloy wheels, Porsche's Active Suspension Management System, and a sports exhaust that increased the engine output to 303 PS (299 hp; 223 kW).
In the middle of 2008, Porsche introduced the limited edition Cayman Design Edition 1. The Design Edition 1, also know as the DE1, was a Cayman S packaged with many exclusive cosmetic options intended to commemorate the 35th anniversary of Porsche Design. This car was clearly designed for the Porsche enthusiasts who wanted to own a very special Cayman. Buyers of the DE1 received a special briefcase that contained some pretty cool Porsche Design merchandise, including a Design Edition Chronograph Wrist Watch, Sun Glasses, Ballpoint Pen, Pocket Knife, Key Chain and the key to the DE1.
Like the 911 Turbo Coupe, the 997 Turbo Cabriolet is powered by a 3.6 liter six-cylinder boxer engine with biturbo turbocharging and Variable Turbine Geometry (VTG). The powerplant already generates 480 hp (473 bhp) and 460 ft lbs of torque at 1950 rpm. The manual transmission version can accelerate from 0 to 100 km/h in just four seconds while the Tiptronic S the time can be cut to 3.6 seconds. Top speed for the Cabriolet is the same 193 mph as the Coupe. In spite of the convertible-specific reinforcement of the chassis and rollover protection behind the rear seats, the open version of the 911 Turbo only weighs 70 kilos more than the Coup.
The 2008 Porsche 997 GT2 is the most powerful and fastest roadgoing 911 Porsche has ever created. Power for the 997 GT2 comes from a 3.6 litre, twin-turbo, flat-6 cylinder engine which develops 530 bhp @ 6500 rpm, and a tire destroying 505 lb-ft of torque @ 2200 - 4500 rpm. most of the power gains have been achieved with changes to the turbo-charging system and the addition of a high-flow titanium exhaust system. Power is transferred to the rear wheels of through a 6-speed manual giving the car a 0-60 mph time of just 3.6 seconds and a 204 mph top speed.
The new Porsche 911 GT3 Cup is entering the 2008 motorsport season with engine output increased to 420 bhp. The car will be raced in the Porsche Mobil1 Supercup, the world’s fastest international brand trophy, and worldwide in national Porsche Carrera Cups and GT3 Cup Challenges. 265 units of this production-based racing car developed in Weissach will be built on Porsche’s production line in Stuttgart-Zuffenhausen, marking a new record for a car of this category.
To a large extent, the 3.6-litre boxer engine is identical to the power unit used in the Porsche Mobil1 Supercup and the international Carrera Cup championships. Power output has increased by 20 horsepower to now 440 hp (324 kW) at 8,000 rpm. Maximum torque is up by ten Nm to 430 at 7,250 revs per minute. The power increase results from optimised engine electronics and a modified exhaust system. In contrast to the GT3 Cup, the body of the Cup S is not based on the road-going GT3 but on the GT3 RS. In the wider wheel arches, considerably larger wheels can now be mounted.
To keep up with the more successful Ferrari F430 GT, Porsche updated their RSR for the 2008 sports car season. This model includes a redesigned transaxle which is lighter, has less internal friction and allows for a wider radius of suspension adjustments. Minor aerodynamic upgrades include small front flicks on the front valance and a small Gurney Flap on the engine cover. Porsche updated the design in 2009, but many of the 2008-spec models were still used.
Named after the 7200km intercontinental rally which the Cayenne won in 2007, the Porsche Cayenne S Transsyberia Special Edition offers a number of enhancements. It takes the 4.8-liter V8 unit that develops 405bhp and 500Nm of torque from the range topping GTS allowing the model to drop its base 0-60 mph time down by 0.5 seconds to 6.1 seconds. It is mated to a six-speed manual gearbox (automticac optional), with a 4.1:1 drive ratio and air suspension coupled with PASM (Porsche Active Suspension Management)
An exclusive limited edition Cayenne GTS “Porsche Design Edition 3”. Limited to just 1,000 units worldwide, the limited edition Cayenne adds equipment and Porsche Design styling touches to stand out from the crowd. Distinguishing the special edition model is a Lava Grey paint scheme, extended roof spoiler, racing stripes, and 21in alloy wheels in a matching anthracite finish. This special edition looks the goods, but sadly there were no mechanical changes to differentiate it from the core GTS.
The rear-wheel drive and naturally aspirated 4.8-litre V8 make the first Panamera S a great all around passenger car with sports car energy. The Porsche Panamera 4S is an all wheel drive vehicle, with its engine placed in the front, and a 4 door saloon (sedan) body. The Porsche Panamera 4S belongs to the 970 range of cars from Porsche. Power is supplied by a double overhead camshaft, 4.8 litre naturally aspirated 8 cylinder motor.
For the drivetrain, Porsche chose Cayenne as an inspiration model installing the 4.8-liter V8 engine under the hood. For the Panamera 4S, it fitted the car with an all-wheel-drive system and a 7-speed automatic (PDK – double-clutch) gearbox. The 400 hp Porsche 4-door hatchback was good for a 5-second run from 0 to 100 kph (0-62 mph).
As a top of the range version, the Panamera Turbo featured the same 4.8-liter V8 engine from the S-version, but with a pair of turbochargers that increased the power from 400 hp to 500 hp. It was available exclusively with a 7-speed automatic (PDK double-clutch) gearbox and all-wheel-drive. Inside, the Panamera Turbo designers took their inspiration from the Vertu luxury mobile phones, with high end appointments throughout. This is one quick and sporty sedan.
The limited production Boxster S Porsche Design Edition 2 debuted in October 2008 as 2009 model. It featured a free-flowing exhaust system, which raised power from 217 kW (291 hp) at 6,250 rpm to 223 kW (299 hp) at an identical 6,250 rpm. It came in a unified Carrera White paint scheme with matching white 19-inch wheels, a black and grey interior with white gauges, red taillights and light grey stripes along the body. 500 were made for the worldwide market, 32 shipped into the U.S. and 18 into Canada.
In 2008, the second generation of the Boxster received new technologies and more power. It reached almost the same power as the former Boxster S, from the first generation. The 2.9-liter unit replaced the older 2.7-liter engine and offered 10 hp more than the older engine. It was paired as standard to a 6-speed manual, and a 7-speed PDK (Porsche dual-clutch) automatic was available as an option. The outside gets some welcome design tweaks also, while on the inside we get some updates and more technology options.
The 2008 facelift of the Boxster S is powered by a new direct-injection 3.4-liter Boxer engine which develops more power than the earlier variant. The styling got a bit updated with some redesigned headlight casings, taillights, and bumpers, while the interior got new infotainment and more material/color combinations. There's a revised 6-speed manual as well as a new 7-speed PDK gearbox. Performance improves, with power now at 310 hp, rocketing the 987.2 Boxster S from 0 - 60 mph in just 5.2 seconds and to a top speed of 170 mph.
In late 2008, Porsche introduced the limited edition Cayman S Sport. The Sport was a Cayman S packaged with many sport options to create an edgy/sporty Cayman S. Beyond sport options, the Cayman S Sport received new DME software maps created to work with the Porsche Sport Exhaust and a unique Twin Chamber Dual Output Tailpipe that supply the Cayman S Sport with 303 horsepower at 6,250 RPM, making it the first Cayman to break the 300 horsepower ceiling.
Four years after the introduction of the Cayman S, and three after the regular Cayman, the mid-engine sport-coupe from Porsche received an important update. The facelifted version of the Cayman offered a completely enhanced package. From the exterior to the interior, from the engine to the gearbox and suspension, it was reworked. It might be mistaken with a new model if the Porsche internal coding system wouldn't be the same as on the 2006 Cayman (987C). The engine displacement was increased from 2.7 to 2.9-liter and received direct fuel injection.
Four years after the introduction of the Cayman S, the sportier version of the mid-engine sports coupe Porsche was refreshed. It was even faster and could carry more cornering speed. The facelifted version of the Cayman S offered a completely enhanced package. From the exterior to the interior, from the engine to the gearbox and suspension, it was reworked. The engine was kept at 3.4-liter displacement, but due to its new direct-fuel injection system, the power was increased by 25 hp over its non-facelifted version.
Porsche refers to it as a new generation, even though the internal chassis code 997 remains unchanged. The 997.2 therefore is more of a mid-term facelift with some significant technological changes. Notably, the water-cooled flat-six engines get direct-injection technology, and a seven-speed, dual-clutch transmission replaces the previous five-speed Tiptronic automatic while the shift-it-yourself option remains a six-speed. Base Carrera coupe gets 339 bhp and 287 ft lbs and a 0.3 second faster 0 - 60 mph time of 4.5 seconds. Top speed now 179 mph. A nice update indeed.
The 911 Carrera Cabriolet is a true Porsche, from top to bottom. Like the rest of the range, the base Cabriolet got a mild refresh in terms of design that made it more modern and a little more crisp. The engine was upgraded, now with direct direction. The direct-injection 3.6-liter engine also got new air filters, a more free-flowing exhaust system, and reduced engine friction, making it more powerful than before. It has peak power of 339 bhp @ 6500 rpm and torque of 287 ft lbs @ 4400 rpm. The Carrera equipped with PDK covers 0-60 mph in 4.5 seconds and runs to a top speed of 179 mph.
For the 997.2 generation, power from the 3.6-liter Carrera engine was increased to 345 hp while the Carrera S saw 385 horsepower from its 3.8-liter flat-six. Power was sent to the rear wheels via a standard manual box but for the first time, the 997.2 saw the introduction of the dual-clutch PDK as an option. The chassis remains largely unchanged, with slightly modified springs and dampers. The sports suspension is replaced with a variable, electronically controlled sports suspension based on the active PASM suspension. The sweet spot in the used car market at the moment.
Like the rest of the range the Carrera S Cabriolet got a new 997.2 generation update. Not much is new on the outside, but the design refresh did give it a revised front bumper and larger air intakes, as well as by new large mirrors and the bright strip of LEDs below the headlights that serve as daytime running lights. Inside the car, there's a new communication management system, PCM 3.0 which includes a new touchscreen feature, is standard on all 2009 and onward 911s.
Most importantly, the refreshed Carrera 4 and 4S lose the old multi-plate, viscous all-wheel-drive system in favor of the electronically controlled system from the 911 Turbo. The old system could send between 5 and 40 percent of engine torque to the front wheels once it had detected wheelspin. The new electronic system can anticipate traction losses and shift up to 100 percent of engine torque fore or aft. Porsche says the new AWD system reacts faster to traction changes, and doesn’t make the Carrera 4 significantly heavier.
The 2009 Porsche 911 Carrera 4 Cabriolet shares the same internal 997 model designation as its Coupe siblings. It also shares the same essential all-wheel-drive architecture, interior appointments, suspensions and drivetrains. It is an open-top sports cars that deliver the same exhilarating acceleration and dynamic response as the coupes, regardless of weather or road conditions. The Carrera 4 Cabriolet boast a unique body over their all-wheel-drive powertrains with a wide-body design.
For 2009, engine power is distributed to all four wheels via the same electronically controlled Porsche Traction Management system found previously only on the Porsche Turbo. The electronic controls respond to driving conditions even more instantaneously than the previously used hydraulically activated all-wheel drive system. The Carrera 4S model, with a 3.8-litre engine developing 355 bhp, can go from 0 to 60 mph in 4.5 seconds and has a top speed of 185 mph.
In the case of the 911 Carrera 4S Cabriolet that begins with a larger, more potent six-cylinder engine. The Carrera 4S is powered by a 3.8-liter flat six that produces 355 horsepower and 295 lb.-ft. of torque. The roughly ten percent increase in power translates to improved acceleration and higher top track speed. The 911 Carrera 4S Cabriolet with the six-speed manual gearbox races from a stop to 60 mph (96 kph) in only 4.7 seconds, topping out at the track at 179 mph (288 kph). When carrying the optional Tiptronic S transmission, the zero to 60 mph (96 kph) sprint takes a mere 5.1 seconds.
The 911 Targa received the same upgrades during the switchover to the 997.2 generation, including a boost in power and performance. The expansive glass roof now featured increased UV protection. This is the point in Porsche 911 Targa history when the model re-established itself as the perfect halfway measure between a true coupe and a convertible. Porsche engineered a wildly complex power-retracting center roof piece and left the rear glass fixed in place. Beyond this fabulous roof mechanism, it’s the same Carrera 4.
As with the previous 996 Targa model, the most striking feature of the car is the large, sliding-glass roof and glass rear hatch, which blend sleekly into the classic 911 lines while providing the Targa with its own unique personality. Like the rest of the range the Targa 4S got a visual refresh and the all-new direct injection engine. In the Targa 4S, it produced 380 bhp @ 6500 rpm and torque of 310 ft lbs @ 4400 rpm. 0 - 60 mph takes just 4.5 seconds (PDK) and top speed is 185 mph.
To keep pace with Ferrari domination in GT2, Porsche updated their RSR for the second year straight in 2009. To accommodate air conditioning, Porsche had to relocate the cooling system to the front of the car and include an air exit on the top of the hood. Flying Lizard, Felbermayr, IMSA Performance, Trackspeed and Endurance Asia received new cars in 2009.
The highly-innovative 918 Spyder concept car combines Porsche's Intelligent Performance philosophy with the high-technology from motorsport, with classic but modern design to make a truly convincing statement. The 918 Spyder was one of three Porsche models with hybrid drive making their world debut at the 2010 Geneva Motor Show. A stunning hybrid hypercar concept.
The entry-level Panamera featured a 3.6-liter V6 engine carried-over from Audi. It was paired as standard to a 6-speed manual. A 7-speed PDK (dual-clutch) was on the options list. The base-model Panamera and Panamera 4 were introduced in 2010. While it came later than the initial variants, the base Panamera was no second class car. As a everyday passenger car it was plenty powerful with great luxury and plenty of standard features.
The Panamera 4 was the entry-level all-wheel-drive version for the Panamera, the long-waited four-door Porsche. The Panamera's headlights resembled those installed on the Cayenne. The profile resembled an elongated 911 or the 989 concept-car. On the front fenders, two vents were used to extract the air within the wheel-well and decrease the front-lift effect. In the back, the taillights resembled those found in the Cayman. In the back, on the trunk-lid, a retractable wing was installed. It was automatically extended at speeds over 120 kph (74.5 mph).
The 997.2 Turbo was introduced for the 2010 model year and received a new 3.8 litre engine capable of 493 horsepower, a significant evolution as compared to the 473hp in the 997.1 Turbo. The 997.2 Turbo was available in both manual and automatic transmissions, but the automatic evolved from the Tiptronic used in its predecessor, to a sportier dual-clutch PDK. Approximately 3,300 coupes were produced and 1,800 cabrios, far less than its predecessor. An epic all-around GT with more performance than you could ever need.
The 997.2 Turbo was introduced for the 2010 model year and received a new 3.8 litre engine capable of 493 horsepower, a significant evolution as compared to the 473hp in the 997.1 Turbo. The 997.2 Turbo was available in both manual and automatic transmissions, but the automatic evolved from the Tiptronic used in its predecessor, to a sportier dual-clutch PDK. Approximately 3,300 coupes were produced and 1,800 cabrios, far less than its predecessor. An epic all-around GT with more performance than you could ever need.
Even more powerful, faster and more dynamic than ever before, the updated 997 Porsche 911 GT3 (differentiated from the earlier with a new 997.2 designation) is about to prove its enhanced potential. The Porsche 911 GT3 now reaches an even higher standard in its two main qualities: power and driving dynamics. The naturally-aspirated six-cylinder now increased in size to 3.8 litres is 435 bhp (320 kW), up 20 bhp over the previous model. In particular, the flat-six power unit carefully upgraded for even more muscle and performance offers a significant increase in torque at medium engine speeds. Road performance is spectacular.
Based on the already primal 997.2 GT3, the RS gets another 15 hp from the 3.8-liter flat-six for a total of 450, or more than 118 hp per liter. A racing machine tamed for street use, the GT3 RS is hardly just about horsepower. It gets a wider track, it weighs less, and it produces more downforce than the GT3. The only available transmission is a six-speed manual gearbox (with the ratios even shorter than the GT3). A racing machine tamed for street use, the GT3 RS also gets a wider track, it weighs less, and it produces more downforce than the GT3.
The 997 Sport Classic is a limited edition version of the 997.2 Carrera S coupé inspired by the 1973 Carrera RS 2.7. The engine is rated at 413 PS (304 kW; 407 hp) and features a newly developed resonance intake manifold with 6 vacuum-controlled switching flaps. It includes a 6-speed manual transmission, double-dome roof (informally called double bubble roof), 44 mm (1.7 in) wider rear fenders, SportDesign front apron with a front spoiler and a fixed 'duck tail' rear wing. Only 256 were made.
Stuttgart. Stronger, wider, faster – the new version of the Porsche 911 GT3 Cup offers its many customers the world over even greater value than ever before. The successor to the best-selling racing car of all time built in a production series of more than 1,400 units is based for the first time on the 911 GT3 RS, with the weight of the racing model reduced significantly versus the lightweight road-going version. This is the first GT3 Cup to feature the 44-millimetre (1.73″) wider body at the rear, providing sufficient space for even larger wheels. Wider wheel arches also at the front clearly show that the front wheels are likewise new.
Following the Porsche 911 GT3 Cup, Porsche AG, Stuttgart, is entering yet another racing car in the 2010 motorsport season: The 911 GT3 R will be raced in series based on the international FIA GT3 regulations, thus succeeding the 911 GT3 Cup S. The main focus in developing this new model was on even better drivability and even easier handling. The 911 GT3 R is powered by a four-litre six-cylinder boxer engine delivering maximum output of 480 bhp (353 kW) transmitted to the rear axle by a sequential six-speed dog gearbox. The starting point in developing the 911 GT3 R weighing just 1,200 kg or 2,646 lb was the Porsche 911 GT3 Cup.
During the Geneva Motor Show, a Porsche 911 GT3 R with innovative hybrid drive is making its debut. The innovative hybrid technology featured in the car has been developed especially for racing, standing out significantly in its configuration and components from conventional hybrid systems. In this case, electrical front axle drive with two electric motors developing 60 kW each supplements the 480-bhp four-litre flat-six at the rear of the 911 GT3 R Hybrid. Instead of batteries, an electrical flywheel power generator delivers energy to the electric motors.
Made as a demonstrative show-car, the 918 RSR ‘Racing Lab’ is part of a new initiative called Porsche Intelligent Performance which will likely develop hybrid racing cars for outright victories at events like the 24 Hours of Le Mans. The concept version revealed at Detroit has the same visual styling cues as the Spyder released in 2010 with the hybrid drive system from the 911 GT3 R Hybrid. The new project will be developed under the direction of engineer Wolfgang Durheimer and Wolfgang Hatz who will oversee drive-train development as Porsche’s new chief engineer.
The second-generation Cayenne moved the game on for SUVs. It has a nicer design, more powerful engines and much nicer interiors. The base V6 Cayenne was good for 299 hp @ 6,300 rpm and 295 ft lbs of torque. Acceleration was decently brisk with 0 - 60 mph over in 7.5 seconds and top speed of 143 mph. The car was slightly longer, wider, and higher than its predecessor. All new models shared the new headlight graphics with additional lights at the inside so unmistakably Porsche.
Car and Driver said:' "More horsepower and less weight add up to a winning combo in the Cayenne S". We agree. Alongside the weight loss and the striking new exterior and interior design, Porsche got an extra 15 hp from the Cayenne S’s naturally aspirated 4.8-liter V-8. A new transmission with two more forward ratios (now an 8-speed) transforms the drive. Cayenne S hits 60 mph in 5.5 seconds and clear the quarter-mile in 14.1 at 101 mph.
The absolute highlight of this new generation is the world debut of the Cayenne S Hybrid with its technically highly sophisticated parallel full hybrid drive and fuel consumption in the New European Driving Cycle of just 8.2 litres/100 kilometres (equal to 34.4 mpg imp), which means CO2 emissions of just 193 g/km. The Cayenne S Hybrid therefore combines the performance of an eight-cylinder with the economy of a six-cylinder running on much less fuel.
The second generation of the Porsche Cayenne was launched at the 2010 Geneva Motor Show. It was a big improvement over its predecessor and featured an evolved design. For the engine, the Cayenne Turbo featured a 4.8-liter V8 unit which offered 500 hp. For the transmission, the 2010 Cayenne lost the low-range transfer case. The standard transmission was an 8-speed Tiptronic gearbox. All-wheel drive was installed standard as well. Other new improvements led to a decrease in the overall weight by 180 kg (400 lbs).
As the flagship of the Cayenne army, the Turbo S was well received by those who were looking for a faster SUV. And it wasn't only the speed, but also the cornering speed that the Turbo S was capable of. The engine was based on the 4.8-liter V8 unit installed in the Cayenne S and Cayenne Turbo, but with a higher compression ratio that led to 50 more hp. The standard transmission was an 8-speed Tiptronic S.
The V6 diesel engine was the same unit found in the other Volkswagen group models. The 3.0-liter unit offered 240 hp. It was mated as standard with an 8-speed automatic gearbox. Cayenne Diesel Turbo 3.0 176 kW for 2011 model year. In 2012, power increased to 180 kW. 2013 saw the launch of the Cayenne Diesel S Turbo 4.1 281 kW version. The Cayenne Diesel with its 240 bhp is hardly a top performer.
In May 2011, Porsche unveiled the diesel version for its four-door Panamera. With the introduction of that version, it switched from a road runner to a long cruiser luxury sports-sedan. Porsche didn't want to lose that market and decided to offer a diesel version for the Panamera. Since the car was designed for long travels, a diesel engine would give it a range of over 1200 km (746 miles). After the initial shock of its regular customers, soon the orders started to pick-up.
The Porsche Panamera S Hybrid marks the beginning of a new chapter of Porsche Intelligent Performance, continuing the success story of the four-door Gran Turismo. Not only is the new model the most economical Porsche of all time, it also outperforms by a mile all full hybrid production cars of its class, the luxury class, in terms of consumption and CO2 emissions. And at the same time, without any restrictions, it offers the sporty, exclusive character and custom comfort so typical of this unique Porsche Gran Turismo family.
The Turbo S featured the same 4.8-liter bi-turbo engine from the Turbo version, but with a new engine management system and improved turbochargers. The result was a 550 hp beast that could blast most of the supercars on the road with a 0-100 kph (0-62 mph) time of 3.8 seconds. It's all-wheel-drive and the Sport Chrono Package Turbo were standard features.
On 5 November 2009, Porsche officially announced the Boxster Spyder, which was the lightest Porsche on the market at the time, weighing 1,275 kg , 80 kg lighter than a Boxster S. This was achieved through the elimination of the conventional soft top's operating mechanism, the radio/PCM unit, door handles, air conditioning, storage compartments, cup holders and large LED light modules on the front fascia, although some of these could be re-added to the car in the form of options. Weight saving was also gained using aluminum doors, an aluminum rear deck and the lightest 19-inch wheels.
It's not often Porsche creates an all-new model in their 911 lineup. But the 997 Carrera GTS is just that. It's faster, more powerful and better looking than any other model in the Carrera family. However it's still a little less hardcore than the 911 GT3, and a lot cheaper than the 911 Turbo. The Porsche 911 Carrera GTS features a 3.8 litre flat-six engine which is tuned to develop 408 horsepower, that's 23 hp more than the Carrera S manages. Think of it as the perfectly optioned Carrera S for less money.
The GTS was powered by the same engine that was installed under the limited-edition Porsche 911 Sport Classic, but it was offered with more options. It wasn't just a driver's car, it was built for the passenger as well, with more options for comfort. From the outside, the Carrera GTS Cabriolet featured the same wide body as the Carrera 4 Cabriolet. At the front, the sport design apron featured a black lip-spoiler underneath. The Carrera GTS logo was painted on the doors. In the back, the car was fitted with LED taillights and four-round exhaust pipes. The 19” light-alloy wheels with central log-nut were fitted as standard.
The new Porsche 911 Carrera 4 GTS combines a 408 hp 3.8-litre flat six engine with intelligent all-wheel drive that delivers a further exhilarating dimension to the dynamics of the iconic rear-engined sports car. The 911 was first offered with four-wheel drive in 1989 and the drivetrain has been a popular option ever since. Now, the 911 Carrera 4 GTS broadens customer choice in 2011, building on the success of the two-wheel drive Carrera GTS that went on sale in December last year. The 911 Carrera 4 GTS power unit has its origins in the 3.8-litre, six-cylinder from the Carrera S, with the power kit added.
The Cabriolet version of the new Porsche 911 Carrera 4 GTS is just as potent as its coupe sibling. It combines a 408 hp 3.8-litre flat six engine with intelligent all-wheel drive that delivers a further exhilarating dimension to the dynamics of the iconic rear-engined sports car. The 911 was first offered with four-wheel drive in 1989 and the drivetrain has been a popular option ever since. Now, the 911 Carrera 4 GTS broadens customer choice in 2011, building on the success of the two-wheel drive Carrera GTS that went on sale in December last year. Carrera 4 GTS power unit is the 3.8-litre flat six with power kit.
The heart of this most exclusive high-performance athlete is of course a six-cylinder boxer boosted by two exhaust gas turbochargers with variable turbine geometry, with an increase in power over the 911 Turbo by 30 to 530 bhp (390 kW). Maximum torque is a most impressive 700 Newton-metres (516 lb-ft). At the same time this new top model comes as standard with all high-tech components available only as options on the “regular” 911 Turbo. The 911 Turbo S comes exclusively with seven-speed Porsche-Doppelkupplungsgetriebe (PDK) conveying drive power to PTM all-wheel drive.
The heart of this most exclusive high-performance athlete is of course a six-cylinder boxer boosted by two exhaust gas turbochargers with variable turbine geometry, with an increase in power over the 911 Turbo by 30 to 530 bhp (390 kW). Maximum torque is a most impressive 700 Newton-metres (516 lb-ft). At the same time this new top model comes as standard with all high-tech components available only as options on the “regular” 911 Turbo. The 911 Turbo S comes exclusively with seven-speed Porsche-Doppelkupplungsgetriebe (PDK) conveying drive power to PTM all-wheel drive.
Porsche’s 911 GT2 RS is a brute, a lightweight, twin-turbocharged, 620-hp bout of madness that stemmed from Stuttgart’s quest to see how high up the sports-car ladder the 911 could punch. It is the most serious roadgoing Porsche ever. The engine is a port-injected, 3.6-liter flat-six from the Le Mans–winning GT1 race car of the late ’90s, with a pair of variable-geometry turbochargers huffing a maximum of 23.2 psi of boost into the combustion chambers. The result is 620 hp at 6500 rpm and 516 lb-ft of torque at 2250. It gets a six-speed manual gearbox and rear-drive only. Yikes.
This is the best 911 Porsche has ever made. The headline power figure and the ability to rev to 8,500 snare your attention, but the most staggering aspect of this engine is actually its tractability. Mid-range lunge is marvelous, even if the peak number of 339 pound-feet doesn't sound huge in the context of short gear ratios, lightweight, and a compact frontal area. In third gear, the way this thing flies between 4,500 and 8,500 rpm is scintillating. Plus, the utter progression of the delivery makes it vastly easier to take advantage of compared to the GT2's ridiculous turbo surge. This is one special car.
Paying homage to the first Porsche model that bore the name Speedster – the 356 Speedster – the production run for the new model is limited to 356 cars. The two-seater is significantly different from the other members of the 911 family. In the best tradition, the 60 millimetre lower, more raked windscreen, the flat contour of the sporty-look manual hood, and the characteristic double-bubble hardcover for the soft top define the striking profile of the new 911 Speedster. This makes the body of this rear-wheel drive with its 44 millimetre wider rear stand out even more.
Porsche 911 Turbo S 10 Year Anniversary Edition (997.2)
2011
911
911 - 997.2
911 6th Gen (997)
911 Turbo S
10
In 2011, Porsche China released a special limited edition model to celebrate an active decade in the Chinese market. The Porsche 10 Year Anniversary Edition is yet another 911 of only ten copies, each with a stylish plaque with the chassis number. The Porsche has a Gold Bronze Metallic paint, combined with matte black carbon components such as the hood, rear wing, tailgate and side mirrors. Underneath, you will spot a 911 Turbo S.
The 997 GT3 R Hybrid 2.0 is an update to the 997 GT3 R Hybrid. Compared to its predecessor, which debuted in 2010, the 2011 second-generation hybrid is 20 percent lighter and more efficient without any concession to lap times. While sharing the same paint scheme, the new vehicle is easily identified by its lack of intakes in front of each rear wheel - changes to engine cooling allowed the slats to be dropped and aerodynamic efficiency improved. It gets a traditional race-bred flat six engine. The GT3 R Hybrid has a completely independent second driveline in the front of the chassis, a clever and complex hybrid electric set up that rockets it from standstill to 60 mph in just 2.5 seconds.
The Porsche 911 GT3 RSR takes off into the new motorsport season with extensive modifications. The 2011 version of the world’s most successful GT race car celebrated its international premiere at the “Night of Champions” party held at the R&D Centre in Weissach to mark the end of the motorsport season. Priority in the further development of the GT3 RSR was given to the newly designed aerodynamics at the front and rear, changes to the suspension kinematics and to the engine. The 4.0-litre, six-cylinder boxer engine now delivers 455 hp (355 kW) at 7,800 revs, five horsepower more than its predecessor.
The Cayenne S diesel earns the “S” by way of a twin-turbocharged 4.2-liter diesel V-8 engine that pumps out a prodigious 382 hp and 627 lb-ft of torque. By comparison, the non-S Cayenne diesel’s 3.0-liter V-6 spits out a relatively puny 240 hp and 406 lb-ft of twist. Interestingly, the S diesel gets Porsche’s engine stop-start system standard; here in the U.S., the fuel-saving feature isn’t available on the pedestrian Cayenne diesel.
The Panamera GTS was more like a detuned Turbo than an upgraded 4S. Its outside look was on a par with the Panamera Turbo, with large air intakes on the front and standard front section from the SportDesign package, that emphasized the sporty dynamics. On the front, the bi-xenon headlights had black inner bezels and featured four LED daytime running lights. In the rear, there was the same adaptive spoiler that deployed at speeds above 205 kph (121 mph).
On November 17th - 2010, Porsche CEO Matthias Mueller unveiled the 2012 Cayman R to an excited audience at the Los Angeles International Auto Show. Porsche pretty much threw the kitchen sink at this one, applying all they know and have available without actually redesigning the car. Every performance option on the list, and then some that weren't on the list have found their way into the Cayman R. A weight savings of 121 lbs. (55 kg) was achieved and it transformed the Cayman. We are going out on a limb here, but we think the Cayman R may be one of the best Porsche cars ever made.
The Limited Edition Cayman S Black combines many of the high performance benefits found only in the 2012 Cayman R with many other desirable options off the list, options that when combined create a distinct personality for this special car. After the R hit the scene, many potential buyers complained of the inability to order one with many of the highly desirable street options, particularly PASM. The Cayman S Black Edition gets the 330 BHP engine found in the R but without all of the other performance focus.
The Porsche 911 Black Edition was a limited production Carrera built at the end of the 997 generation. Based on the 3.6-litre 997.2 Carrera coupe and Cabriolet, the car was finished in plain black as standard, with Basalt Black Metallic as an option. The words ‘Black Edition’ are printed in black on the stainless steel door sill covers, and there’s a numbered plaque on the glovebox lid. 19-inch Turbo wheels were standard. Porsche built exactly 1,911 Black Editions, of which approximately 25 percent were intended for the U.S. market.
The Porsche 911 Black Edition was a limited production Carrera built at the end of the 997 generation. Based on the 3.6-litre 997.2 Carrera coupe and Cabriolet, the car was finished in plain black as standard, with Basalt Black Metallic as an option. The words ‘Black Edition’ are printed in black on the stainless steel door sill covers, and there’s a numbered plaque on the glovebox lid. 19-inch Turbo wheels were standard. Porsche built exactly 1,911 Black Editions, of which approximately 25 percent were intended for the U.S. market.
Porsche 911 Turbo S Coupe "Edition 918 Spyder" (997.2)
2012
911
911 - 997.2
911 6th Gen (997)
911 Turbo S
918
Based on the 530-bhp 911 Turbo S, the special-edition Porsche has carbon-fiber trim inside and out, plus upgraded leather, badging and the exterior colors of the 918, including the use of Acid Green on the brake calipers, illuminated sill plates, interior stitching and instrument cluster needles. Also limited to 918 units, the 911 Turbo S Edition 918 Spyder will be available in Coupe ($160,700) and Cabriolet ($172,100) forms, making this one very expensive dealer option.
Porsche 911 Turbo S Cabriolet "Edition 918 Spyder" (997.2)
2012
911
911 - 997.2
911 6th Gen (997)
911 Turbo S
918
Based on the 530-bhp 911 Turbo S, the special-edition Porsche has carbon-fiber trim inside and out, plus upgraded leather, badging and the exterior colors of the 918, including the use of Acid Green on the brake calipers, illuminated sill plates, interior stitching and instrument cluster needles. Also limited to 918 units, the 911 Turbo S Edition 918 Spyder will be available in Coupe ($160,700) and Cabriolet ($172,100) forms, making this one very expensive dealer option.
The seventh generation 911 was revealed 2011 Frankfurt Motor Show as an all-new model. It sports a longer wheel base, seven-speed gearbox and more efficient 3.4-liter flat-6. Major options include a 7-Speed automatic transmission , dynamic engine mounts and a Sport Chrono Package with a dash mounted analog stopwatch. This package also features a Sport Plus button that changes the settings of the chassis, engine and transmission for spirited driving. Launch Control is also new.
Porsche is doubling the driving fun to be had from the new 911 Carrera by putting a Cabriolet alongside the Coupé. The debut of the new generation of the sports car classic is being followed only a few months later by the open-top models of the 911 Carrera and 911 Carrera S in the new 911 design. What the Coupé began with the new aluminium-steel body, the Cabriolet continues with the all-new, unique hood: As a result, the typical 911 roof line is initially retained in its entirety.
The 991 Carrera S continued the time honored Porsche 911 tradition of growing in physical size and power. Over the years the 911 has continued its evolution from a pure sports car to a luxurious super-car and the 2012 Carrera S Coupe was no exception. The seventh generation 911 launched in 2012 and it sits on a new platform, with a longer wheelbase and shorter overhangs. It also featured new headlights and taillights. Features a 3.8-liter flat-six engine mated as standard to a world's first seven-speed manual transmission.
The open-top 991 Carrera S Cabriolet requires an $11,600 premium over a comparable coupe; ta not-cheap $108,950 price point for those shopping. For that, you get the best overall open-top sports car around. With the 400-hp, 3.8-liter six and the benefit of the PDK automatic’s launch control, the Carrera S cabriolet should hit 60 mph in 3.8 seconds and cover the quarter-mile in the low 12s. Performance is on-par with the coupe on backroads so any fears that this is a soft-911 are thrown out the window. This is a serious sports car, sans roof.
The new Porsche 911 GT3 R based on the 997 model generation heads into the 2013 motorsport season with extensive modifications. With its widened fender flares front and rear, the successful customer sport racer, fielded in the GT3 classes, looks considerably brawnier than its predecessor. The new aerodynamics generates substantially more downforce, allowing for higher cornering speeds and later braking points. The wider track and the adapted wheels provide additional improvement in traction.
The top model of Porsche Motorsport’s customer racing vehicles will head into the 2012 season with extensive modifications. Particularly striking at first glance are the changes to the body: the width of the new GT3 RSR has grown by 48 millimetres. Built to conform to the A.C.O. “LM” GTE regulations, the 911 represents the crowning pinnacle of a range of successful customer sport race cars that are based on the 997 type 911 GT3 RS street sports car. Powering the new 911 GT3 RSR is a particularly efficient six-cylinder boxer engine with a four-litre capacity. With a mandatory air-restrictor, it generates 460 hp (338 kW) and drives the 310 millimetre wide rear wheels.
In 2013, a small team from Weissach developed a tribute to the 1970 Le Mans winner. The concept utilizes adaptive aerodynamics with Salzburg livery like the original. Carbon Fibre skin, carbon fibre Monocoque and a turbocharged eight-cylinder engine with up to 1,000 PS provides the power. The front and rear suspension are based on 918 components, utilizing motorsport-inspired linkages and pushrods.
This concept car was kept in secrecy until 2020. Under the cover there is a Volkswagen XL carbon fibre monocoque chassis and the car could have been powered by a high-revving motorbike engine. The 1:1 hard model of the possible future 904 looks similar to the Porsche 918 supercar from the front and to the F. A. Porsche designed 904 Carrera GTS supercar from the side. It looks just perfect!
Porsche 918 Spyder Prototype is a combo of mis-matched Porsche parts that looks more like a Frankenstein car than a cutting edge technical automotive marvel. But don't let the crazy exterior fool you because underneath, the 918 Spyder Prototyp is a pure science experiment designed to wow us in a few years.
The Cayenne GTS is the hair-splitter’s latest achievement. It’s a Cayenne powered by the same 4.8-liter V-8 as seen in the Cayenne S but tuned for an additional 20 horsepower and 11 pound-feet of torque to make 420/380. It wears a body similar in style to the Cayenne Turbo, meaning a domed hood, blacked-out trim, and body-color fender extensions and side skirts. And it’s loaded with standard performance gear that is optional on lesser Cayennes. What isn't there to like?
Based as they are on the 300-hp V-6 Panamera and Panamera 4, the Platinum Edition is available with either rear- or all-wheel drive. Outside, the cars are separated from standard V-6 Panameras by platinum silver metallic trim. The shiny stuff covers the grille and rear diffuser accents, the lower half of the side mirrors, and the trunk trim. Porsche also throws in a set of 19-inch Turbo wheels and finishes the window trim in gloss black. A sport design steering wheel is standard, as well as Porsche crests on the front and rear headrests and “Platinum Edition” lettering on the doorsill trim.
The third generation Boxster was a bigger car than the 987 it replaced, but it was also lighter and more powerful. The 2013 model year Boxster went through a downsize program and received a 2.7-liter boxer engine, which was 0.2-liter smaller than its predecessor. With 261 bhp @ 6700 rpm and 206 ft lbs @ 4500 rpm the base Boxster still felt underpowered to many. The base 981 Boxster got a 6-speed manual gearbox or you could opt for an optional 7-speed reworked PDK. The base car is plenty fast but if it were our money, we would opt for the more powerful Boxster S.
Unlike its Boxster brother, the S version of the mid-engined Porsche roadster offered a 3.4-liter unit from its predecessor, but with some improvements and a lower vehicle mass. It offered 311 hp and enough torque to push the car to 100 kph (62 mph) in 4.8 seconds if the car was fitted with PDK (automatic dual-clutch). The two-seat roadster featured a clean design interior, with influences from the Carrera GT super sports-car. The Boxster S was the sweeter of the two models.
The 2013 model year saw the introduction of an all new platform, the new 981 Cayman. The differences between the 981 and 987 were significant, but not unexpected as many of the new technologies were already introduced in the new 991 and 981 Boxster. This is a big year with lots of changes in many areas. The base engine for the Cayman was a 2.7-liter flat-six unit that boosted out 236 hp and it was mated to a standard 5-speed gearbox. A 5-speed Tiptronic sequential gearbox was available as an option.
For 2013, Porsche gave us the new 981 generation Cayman. The Cayman S engine displacement is unchanged at 3.4 liters. Power is increased by 5 horsepower to 325, shooting the S from 0-60 mph in just 4.4 seconds while delivering as much as 30 miles per gallon (PDK & Sport Chrono+). There are two transmissions choices available in the 2013 Caymans, both carrying over from 2012. The Cayman S come standard with the 6 speed manual gearbox and 7 speed PDK was available as an option. The 981 Cayman S is arguably the best all around sports car that Porsche offers, the right balance between being fun and usable daily.
The 2013 Porsche Carrera 4 featured a 3.4-liter flat-six engine. It was mated as standard to a world's first seven-speed manual transmission. An automatic, PDK (dual-clutch) transmission was offered as an option. The Carrera 4 featured an all-wheel-drive torque distribution in the instrument cluster display. The most distinctive identifying feature of the 911 with all-wheel drive is still the wide rear section: compared to the two-wheel drive 911 Carrera models, the rear wheel housings 22 mm wider, and each of the rear tires is 10 mm wider.
The new Porsche 911 Carrera 4 unites the excellent performance and efficiency of the new generation of the 911 Carrera with the dynamic benefits of the latest version of the active all-wheel drive system PTM (Porsche Traction Management). The typical Porsche all-wheel drive with rear-focused layout in this latest 911 version guarantees maximum vehicle dynamics on a wide variety of road surfaces and in all weather conditions. The new 911 Carrera 4 models deliver traction and dynamic performance the power of four.
The new all-wheel drive 911 is being launched on the market in four versions – as the 911 Carrera 4 and 911 Carrera 4S and each as Coupé and Cabriolet. The Coupé and Cabriolet of the 911 Carrera 4 S each have a 3.8-litre rear-mounted boxer engine that produces 400 hp (294 kW); this enables acceleration to 100 km/h in 4.1 seconds (Cabriolet: 4.3 seconds) and a top speed of 299 km/h (Cabriolet: 296 km/h) with a suitable equipment configuration. Fuel consumption values with PDK are 9.1 l/100 km (CO2 215 g/km) for the Coupé and 9.2 l/100 km (CO2 217 g/km) for the Cabriolet.
The 2012 Carrera 4S Cabriolet had the same wider rear track when compared to the non-S version of the vehicle. It wasn't something everyone would notice, but the difference was there for a reason, and that reason was the wider tires installed. From behind, a rear red light-strip united the LED taillights. Inside the Carrera 4S Cabriolet, there were some luxury features. The leather-covered sport-bucket seats were covered in leather. Even the rear, unusable, seats were wrapped in leather. The center console was higher to give a sense of a single-seat racing roadster.
As the rules do not permit higher output engines, the engine for the 991 RSR was taken from the 997 GT3 RSR 4.0 and the development work focused on the chassis, body, aerodynamics and the gearbox. A wishbone front suspension replaced the McPherson struts used in 997. A new development was the lightweight gearbox. One of the priorities in the development was the more evenly balanced weight distribution. The centre of gravity was lower, too.
The new Porsche 911 GT3 Cup is powered by a 3.8-litre six-cylinder flat engine. It generates 460 hp (338 kW) at 7,500 revs, surpassing the predecessor by 10 hp. A six-speed dog-type gearbox developed by Porsche Motorsport which is operated via shift paddles at the steering wheel for the first time in a Porsche brand trophy race car transmits the power to the rear axle. The single piece race wheels with centre mount were also new.
Porsche is presenting the Panamera Sport Turismo concept car to show how amazingly intelligent and efficient drive technology might look in the design language of tomorrow. The Sport Turismo unites the next generation hybrid drive with new ideas for an evolutionary, sporty body concept; it combines Porsche performance with comprehensive everyday practicality.
The Panamera received a fairly substantial mid-cycle update for 2014. The base engine, installed in the Panamera version, was an upgraded version of the previously used 3.6-liter V6. For the 2014 model year, it was mated exclusively with a 7-speed (PDK – dual-clutch) automatic gearbox and the 6-speed manual was dropped. It also gained some extra horses. The power of the V6 engine in the Panamera increased ten hp (eight kW) to 306 bhp @ 6200 rpm and 295 ft lbs @ 3750 rpm of torque.
The 2014 Panamera lineup was given a great refresh. The base engine, installed in the Panamera 4 version, was an upgraded version of the previously used 3.6-liter V6. For the 2013 model year, it was mated exclusively with a 7-speed (PDK – dual-clutch) automatic gearbox and the 6-speed manual was dropped. It also gained some extra horses. The power of the V6 engine in the Panamera increased ten hp (eight kW) to 306 bhp @ 6200 rpm and 295 ft lbs @ 3750 rpm of torque.
The big focus for the Panamera Diesel update was around the engine. It got a completely new 300-bhp engine and dynamic performance package. Power output was up by 50 bhp (around 20% increase) with performance improved across the spectrum. Acceleration from 0 - 60 mph is now 6.0 seconds, while the top speed has increased to 178 mph. In addition to the improved power output, dynamic performance was also optimized: For instance, the Porsche Panamera Diesel now features the controlled rear-axle differential lock with Porsche Torque Vectoring Plus (PTV+) as standard for the first time.
The biggest update for the 2013 Panamera S was under the hood, where a twin-turbo 3.0-liter V6 engine was installed. It replaced the older 4.8-liter naturally aspirated unit. It was a win-win combination since it offered 20 hp more and it was more fuel-efficient. Unlike its predecessor, it was available exclusively with a 7-speed automatic (PDK – dual-clutch). Overall, a great update and almost the perfect passenger car.
The biggest change for the 2013 Panamera 4S was the engine, where a twin-turbo 3.0-liter V6 engine was installed. It replaced the older 4.8-liter naturally aspirated unit. It was a win-win combination since it offered 20 hp more and it was more fuel-efficient. Unlike its predecessor, it was available exclusively with a 7-speed automatic (PDK – dual-clutch). The all-wheel-drive system was carried over, but the final drive was different to allow better fuel-efficiency.
As part of the mid-cycle Panamera refresh, Porsche introduced two "Executive" models. The Panamera 4S Executive and the Panamera Turbo Executive. These variants had especially high standards for space, ambience and ride comfort. The wheelbase and passenger compartment were extended by 15 centimetres, and both of these dimensions directly benefit comfort in the rear seating area, since the body was extended behind the B pillar in the long version.
Porsche is introduced the world’s first plug-in hybrid to the luxury class. The Panamera S E-Hybrid far exceeds the driving performance of the previous model. The Panamera S E-Hybrid is a systematically advanced development of the parallel full hybrids with a more powerful electric motor, a higher-performance battery that supplies more energy and the ability to charge it externally from the electrical grid. The acceleration time from a standstill to 100 km/h was shortened by half a second to 5.5 seconds.
More power and upgraded brakes, a body lowered by ten millimetres and the especially sportily tuned chassis with air suspension and PASM are the major technical modifications that make it the Panamera model capable of cutting it on the racing circuit – without sacrificing practicality. The power unit in the new Panamera GTS is a modified 4.8-litre naturally aspirated V8 engine, delivering 434 hp (316 kW) at 6,700 rpm, while maximum torque also increased from 500 Nm to 520 Nm.
The Porsche Panamera Turbo got an update at the same time as the rest of the Panamera lineup for the 2014 model year. The 2014 Panamera Turbo got the same twin-turbo 4.8-liter V8 unit but now with more power. Power was 520 hp instead of 500 hp and it was coupled to the same 7-speed (PDK – double-clutch) automatic gearbox as before, but with a different final drive ratio. The Turbo was fitted with the PTM (Porsche Traction Management) all-wheel-drive system. With the Porsche Chrono Package, the car received an extra boost when needed.
The big news for 2014 was the introduction of an all-new Panamera Turbo executive model. It featured a 15 cm (5.9”) longer wheelbase than the Turbo. It was built to offer more legroom in the back. Strangely though, it was built especially for the Chinese market, where the long-wheelbase version of a car, any car, was considered an executive car by default. Basically, the Executive Panamera is an excuse for Porsche to elongate a Panamera Turbo by nearly six inches for an extra $19,800. All of the legroom goes to passengers in the back.
The sporty, luxurious character of the new Panamera Turbo S is evident not only in its driving performance but also in the key distinguishing features of its appearance. The Palladium, metallic exterior colour, which is available solely for the new Panamera Turbo S. Porsche added 50 additional horsepower than the Panamera Turbo. The 4.8-liter V8 turbocharged engine was mated to a standard PDK 7-speed automatic gearbox and gets PCCB (Porsche Carbon Ceramic Brakes) fitted as standard.
For the first time ever, an Executive version of the Panamera Turbo S is also available with a wheelbase that has been extended by 15 centimetres. As a result, the Panamera Turbo S Executive offers significantly more space and even more comfort, particularly at the rear. Thermal and noise-insulated windows, which include privacy glazing, the interior lighting package designed especially for the rear and a large centre console at the rear are just some of the extensive equipment options that belong to this series.
The Cayman GTS arrived a s 2014 model year car and boy was it special. It featured a marginally more powerful engine, a new body kit, new 20-inch Carrera S wheels, new Bi-Xenon headlights, and a new sports exhaust system. The Cayman GTS is longer than the Cayman and the Cayman S by 30.5 mm (1.2 in) due to its bumpers. The new, optional passive sport suspension allows the Cayman GTS to have a 20 mm lower ride height compared to the Cayman equipped with standard passive suspension or 10 mm lower compared to one with the standard-equipped PASM. Power was 330 bhp @ 6700 rpm and 0 - 60 mph was a brisk 4.1 seconds.
The 2014 Porsche 911 Turbo is a technological extravaganza. Adaptive aerodynamics, four-wheel steering, torque vectoring, active four-wheel drive, adaptive dampers, launch control, twin-clutch automatic gearbox – you get the picture. This is the first time we've had a chance to sample all of this on British roads. Two versions are available; both are powered by an uprated version of the previous 911 Turbo's 3.8-litre twin-turbo flat-six engine. The new 911 Turbo has even more power and more electronic systems.
The 2014 Porsche 911 Turbo Cabriolet is a great companion to its coupe sibling. The Porsche 911 Turbo Cabriolet delivers the same blend of dynamism, performance and efficiency offered by the Coupe. The turbocharged 3.8-litre six-cylinder engine delivers 520 bhp and it helps drivers accelerate from zero to 60 mph in just 3.1 seconds (there goes your hair style). Compared to the 997.2 Turbo Cabriolet the new Turbo Cab delivers 30 bhp more power and are 0.2 seconds faster in terms of their standard acceleration. It is also up to 15% more efficient and more luxurious and comfortable to boot.
For this 991 generation Targa, Porsche went back to the original Targa concept, albeit with an even sexier design and some very cool technical tricks to boot. Porsche wanted to resurrect its classic design, but the company feared that owners would not want to get out of the car, lift off the roof panel, and stow it in the trunk. The other issue was, in the words of 911 product line director Dr. Erhard Mossle, "that the manual solution was a little bit old-fashioned." The 911 Targa 4 gets the same 350 horsepower, 3.4-liter six-cylinder motor as its hardtop siblings.
This is the open-top model for those who don’t want the full convertible experience – and it’s only available in the wide-hipped four-wheel drive bodyshell. The new Targa is a striking design, echoing the 1965 original with its fixed rollover bar. The Targa 4S, gets you the more powerful 3.8 engine from the Carrera S. It mixes regular Carrera 4S go with a sense of style and everyday usability (those occasional rear seats, the real possibility of 30mpg in everyday driving). Great car.
The 2014 50th Anniversary Edition 911 was built by Porsche to commemorate the 911’s birthday, 50 years after its production launch in 1964. In homage to 1963, the year the 911 debuted at the 1963 Frankfurt Motor Show, production was limited to 1,963 units. The 50th Anniversary uses the wider body from a Carrera 4S (but remains only rear-wheel-drive) and is lower than a standard Carrera by 10mm. The 20 inch-alloys are a modern take on the original Fuchs wheels, and the seats are finished in “Pepita” cloth. Includes Porsche Active Suspension Management (PASM), sports exhaust and powerkit tickled 430 hp flat six.
Porsche offered the 991 Turbo S from the start of the production of the 991 Turbo. The unique features of the Turbo S were the GT3 mirrors, slightly different front spoiler grilles and interior features. As before, the Turbo S was a heavily equipped version of the Turbo. The powerkit added 29 KW of power and the following equipment came as standard: PDCC hydraulic rollbar system, Sport Chrono (Launch control and 0.15 bar overboost functions), dynamic engine mounts, PCCB Porsche Ceramic Composite Brakes, central lock wheels, full LED dynamic headlights, 18-way Sport Plus seats with memory.
Everything you need to know about the 991.1 Turbo S Cab comes from Car and Driver test results. "Launch control puts the computer in charge and sends the 3741-pound Turbo S Cab to the far side of 60 mph in just 2.8 seconds. A quarter-mile that nearly breaks into the 10s—11.1 seconds at 124 mph—attests to how serious this car gets when provoked. We saw 1.0 g on the skidpad and a stopping distance of 151 feet, both strong numbers abetted by the hilariously staggered Pirelli P Zeros (245/35 in front, 305/30 in back)". This is in a comfortable, all-wheel drive, grand touring convertible.
Porsche introduced the 991 GT3 for the 2014 model year, as follow up to the multiple 997 GT3 variants. The 991 GT3 featured a new 3.8 litre direct fuel injection (DFI) flat-six engine developing 475 hp (354 kW; 482 PS) at 8,250 rpm, Porsche's Doppelkupplung (PDK) double-clutch gearbox, and rear-wheel steering. The 911 GT3 is claimed to be able to accelerate from 0-60 mph (97 km/h) in 3.1 seconds or less, and the quarter mile in 11.2 seconds at 126 mph (203 km/h). It evolved into the 991.2 GT3 for model year 2018.
The Porsche LMP1-H (Le Mans Prototype Class 1, Hybrid) race car featured a hybrid system that consisted of a turbocharged 2.0V4 petrol engine at the rear axle and an electric motor at the front axle. The electric motor/generator unit (MGU) collected the energy from the front axle under braking and the AER exhaust energy recovery system operated on the exhaust gas - a separate turbocharger ran an alternator.
The 911 GT America was based on the 991 GT3 Cup. It was built exclusively for the United Sports Car Racing (USRC) series and its GT Daytona class for 2014. While the GT3 Cup had a 3.8-litre engine at the time, the GT America was fitted with a 4.0-litre unit developing 351 kW. The main visual difference is the rear spoiler made to fit the USRC rules. Like the GT3 Cup, the GT America has 380 mm steel brake rotors at the front axle with 6-piston aluminium fixed calipers.
In 2015, Porsche's executive board ordered Weissach engineers to design and build the lightest sports car possible based on the 981. It was to be more minimalistic than the 981 Spyder. Some of the inspiration came from the 1968 Porsche 909 Bergspyder. This is one sexy one-seater and roofless extreme machine.
The 906 Living Legend was intended to be a ‘super sports car’; the road-legal vehicle features a mid-engine design and massive air vents for cooling. The car’s shape is undeniably fluid, with the front and back end establishing a particularly effective gradient. The 906 Living Legend’s design includes subtle, longitudinal strip brake lights.
The Porsche 911 Vision Safari a sports car-based rally car concept, designed and built by Porsche in 2012, based on the Porsche 911 (generation 991) and harkening back to the original car, the Porsche 911 SC Safari from 1978. The 911 Vision Safari concept features a raised suspension, reinforced wheel housings, large bumpers, a rally-focused cockpit with race seats and a roll cage, quad-exhaust tips, special Martini livery.
With the Mission E prototype at the IAA 2015, Porsche offered a preview of a vehicle that will be a genuine Porsche and a fully-fledged alternative to vehicles with a combustion engine – in terms of both driving performance and range. It was a stunning looking concept that got fans excited enough that Porsche moved forward and created the Taycan.
With the engineering might (and budget) of Porsche behind it, and drawing upon the company’s experience of racing hybrids in endurance racing, the 918 Spyder managed to undercut its rivals on price, while providing arguably the most complete road car package of the holy trinity. Appropriately, 918 examples of the Spyder were promised, with Porsche digging deep into its motorsport knowledge to produce technology that provided world-beating performance.
In July 2014, Porsche launched a facelifted Cayenne range for the 2015 model year. Minor exterior alterations and new power-train options. For the base Cayenne, there was a a mildly revised exterior and interior inspired by the 918 Spyder. Two new interior colors, Carrara White and Palladium Metallic, are new while the two-tone black/beige upholstery is now a no cost option. Dark walnut is also a new addition to the available interior accents. The suspension on all Cayennes has also been revised.
The Cayenne S gains V-6 power during its midcycle update. Porsche advertises more power und more efficiency—the new motor is up 20 horsepower to 420. Torque is a healthy 406 lb-ft, but the turbo-six lacks the personality of the V-8. Which, as V-8s go, was quite nice if rather generically Teutonic. Like, perhaps the iron-fisted Swabian middle manager of V-8s. It keeps the 8-speed automatic. Porsche claims that it has made interior revisions, but the innards look pretty much the same to us, save for the new steering wheel.
The exterior of the 2014 Cayenne Hybrid was slightly different than the rest of the range. From the 4-LED daytime running lights and the green brake calipers to the special light-alloy wheels. The rear roof-spoiler was standard as well. Unusual though, even if the German SUV was a plug-in hybrid, it featured four round exhausts. The engine was a 3.0-liter supercharged V6 which offered 333 hp. It was helped by a 95 hp electric motor.
For the 2015 facelift, the Cayenne GTS was improved in every way, offering better performances and lower fuel consumption. But unlike the rest of the range, it offered a sportier look. That side was reserved for the GTS, which took its badge from the 1963 Porsche 904 GTS. It was the first Porsche to revive that acronym.
The Cayenne Turbo facelift was introduced in 2014 as a 2015 MY. Think of it as an enhanced version of the non-facelifted version. It offered the same torque as the non-facelifted Cayenne Turbo S, but less power. Under the hood, the revised engine offered 20 hp more than its predecessor. The exterior of the 2015 Cayenne was enhanced with a sharper design and clear lines. The front fenders, the grille, and the headlights were entirely new, with LEDs.
The Turbo S version was the sportiest version for the second generation of the Porsche Cayenne and, along with the rest of the stable, it received a facelift for the 2015 model year. The revised engine offered 20 hp more than its predecessor. It was the same twin-turbo 4.8-liter V8 unit and it was paired to an 8-speed Tiptronic (automatic) transmission and like the Turbo, it was offered with a standard air-suspension but adds Ceramic Brakes system.
The facelifted version of the Porsche Cayenne was introduced in 2014 and it received a restyled design, new features, and, most important, upgraded engines, such as the V6 diesel version. The V6 diesel version played an important role in this and Porsche decided to keep it in the stable. Along with the facelifted version of the second generation Cayenne, a new V6 diesel was installed. Under the hood, the 2014 Cayenne Diesel offered an enhanced version of the 3.0-liter V6 diesel unit.
The Cayenne S diesel earns the “S” by way of a twin-turbocharged 4.2-liter diesel V-8 engine that pumps out a prodigious 382 hp and 627 lb-ft of torque. By comparison, the non-S Cayenne diesel’s 3.0-liter V-6 spits out a relatively puny 240 hp and 406 lb-ft of twist. Interestingly, the S diesel gets Porsche’s engine stop-start system standard; here in the U.S., the fuel-saving feature isn’t available on the pedestrian Cayenne diesel.
The Macan S was part of the initial Macan launch and it was equipped with a 3.0-liter V6 twin turbo engine delivering 335 hp and also features an active all-wheel-drive system with an electronically controlled, map-controlled multi-plate clutch. This AWD system is fitted on all Macan models. A seven-speed double-clutch transmission is the only transmission on offer.
The top model in the Porsche Macan lineup is the Macan Turbo. It launched in 2016 as the most powerful vehicle in the competitive compact SUV segment and its 3.6 liter twin-turbo V6 engine is a real gem. Good for 395 bhp @ 6000 rpm and torque of 406 ft lbs @ 1350 rpm, it helps the Macan Turbo accelerate from 0 to 60 mph in just 4.50 seconds (with the Sport Chrono package fitted) on its way to a top speed of 165 mph.
Porsche’s oil burner variant is a fairly irresistible redo of Audi’s architecture. Aside from the compact size, there is no obvious visual connection to the Q5. Porsche’s designers went to work inside and out. The Macan S Diesel is the economical long-distance runner of the three Macan models. Its 3.0-litre, six-cylinder V-engine has tons of torque and lots of range.
The two most powerful and fastest mid-engine sports models from Porsche are ready and raring to go: with uprated engines and excellent PASM chassis the Boxster GTS and Cayman GTS set new benchmarks for sportiness in their segment. 3.4 L naturally aspirated flat 6 is good for 330 hp. Sport Chrono package is standard. This means that in conjunction with the optional Doppelkupplungsgetriebe (PDK) and the active Sport Plus button, the Boxster GTS sprints from 0-100 km/h in 4.7 seconds.
Following in the footsteps of the nineteen fifties and sixties 356 Speedsters, 550 Spyders, different 718 Spyders and the two thousand ten Boxster 987 Spyder, the Boxster 981 Spyder is by far the most powerful of them. The power-to-weight ratio of the original 718 Spyder 1.7- and 2.0-litre 4-cylinder models was better though already 55 years earlier. Visually the Porsche Speedsters and Spyders are characterized by their unique side view silhouette - the result of the low windscreen and low roofline when the temporary canvas top is fitted.
More aggressive looks, significant extra power, and highly desirable options. This is the perfect all-round 911. In manual, there is nothing that feels as complete. Some of the technical ingredients that generate even more driving dynamics and driving fun: 430 hp (316 kW) power, the Sport Chrono package and the PASM active damper system which lowers the car's ride height by ten millimetres. The extra punch of the 430-hp engine pushes the 911 Carrera GTS coupe up to 190 mph in rear-wheel-drive/manual-transmission configuration, 2 mph higher than the 400-hp Carrera S.
Like the rest of the GTS lineup, the 991.1 Carrera GTS Cabriolet is essentially a kind of 991 Greatest Hits package, hand-picking some of the more desirable components and options from the 911 range. It gets Porsche's PASM (Porsche Active Suspension Management), Sport Chrono with Sport Plus, the Sport Exhaust system, and a ride height that's roughly four-tenths of an inch lower than non-GTS models. It also gets a version of Porsche's 3.8-liter flat-six with 430 hp, hits 60 mph in 4.0 seconds equipped with the PDK (4.4 to 60 mph for the manual), and tops out at 189 mph.
With all-wheel drive and all the GTS goodies, the Carrera 4 GTS sits in a very practical place in the Porsche 911 lineup. The 4 GTS is a Carrera 4S with all the items Porsche thinks you should have at a price that is less than choosing them yourself. Standard equipment on the GTS that is normally optional on the Carrera S includes the Sport Chrono Package, Sport Exhaust, bi-xenon lights with PDLS (Porsche Dynamic Lighting System) and PASM (Porsche Active Suspension Management). Inside, four-way adjustable sport seats are standard.
So what else do you get when you buy a 991 Carrera 4 GTS Cabriolet? First of all you get a 30 hp bump over the Carrera 4S to 430 hp from the 3.8L naturally aspirated flat-six. You get forged centre-lock black 20-inch wheels, dynamic engine mounts, the Sports Chrono Package, PASM adaptive damping with a lowered ride height, an interior swathed in Alcantara, a sinister front fascia with black intakes and custom rear apron with black tailpipes that broadcast the goods through an uber-nasty sport exhaust system. Other trim details include black lettering and smoked headlights.
The Targa 4 GTS gets Porsche’s a powerful non-turbo rear-mounted flat-six engine with 430 bhp @ 7500 rpm and 325 ft lbs of torque from 5750 rpm, driven to all four wheels via Porsche Traction Management. Performance is also enhanced via the standard Sport Chrono package, which provides faster throttle response and more aggressive shift mapping. In addition, the GTS benefits from Porsche Active Suspension Management - Porsche’s proprietary adaptive suspension system with continuously variable dampers. Mechanically, this is the perfect package for a daily 911 that is also performance focused when you need it to be.
For those who want more extreme performance, handling and track-day bragging rights, the RS is it. It's far from practical and may be too extreme for some, especially on the street, but on track it is exceptional. Only marginally quicker than the 991 GT3 that it is based on, but it delivers that performance with a different character. Massive grip, massive downforce and more extreme than the GT3. It delivers 80 per cent of the downforce of the full-on GT3 R race car, and with a carbon fibre bonnet and wings, a magnesium roof and polycarbonate rear windows and screen, it’s also light, weighing in at just 1,420kg.
The 2015 season Porsche released a new version of their 919 LMP1 prototype which was reshaped and significantly upgraded to the Premiere class which uses an 8 megajoule hybrid electric system. It follows the 2014 car which had competitive but lackluster year against Audi and Toyota. Combined with a 2 litre, twin turbo V4 gasoline engine is the 8 megajoule lithium-ion battery which powers the front electric engine for a total power output nearing 900 to 1000 bhp.
The 981 GT4 racing version had the same 911 3.8-litre 283 kW engine as the street legal GT4. The GT4 racing version was available only with a unique 6-speed PDK gearbox (typical PDK of the time had 7 speeds and Porsche factory team uses sequential gearboxes for racing). The GT4 CS was solely destined for private racing drivers. The suspension was adapted from the 911 991 GT3 Cup car. The size of the standard fuel tank was 90 litres. The 981 GT4 racing car was a sales success for Porsche Motorsport with 421 cars sold!
This extreme road sports car based on the Porsche Boxster is reminiscent of the groundbreaking Porsche 550 racing coupé that started in 1953 at the 24 Hours of Le Mans. The front and rear bonnet open in opposite directions and fuel is supplied via a central nozzle at the front. At the rear is an eight-cylinder engine with excessive sound development.
The Porsche 960 Vision Turismo is a mid-size sedan concept, designed and built by Porsche in 2016 that previewed some of the future design cues that Porsche would incorporate into the Porsche 911 (generation 991.2). The creation of the concept happened nearly by accident when somebody saw a sketch of the 918 Spyder and thought it had four doors .
The basic idea: a study by one of Porsche’s design interns, the Porsche Vision 916 has compact dimensions similar to the Porsche 916, which was developed as a prototype in the early 1970s. However, this Little Rebel is driven purely electrically by four wheel hub motors. It pays homage to the car designer Ferdinand Porsche and his first Lohner-Porsche racing car with four-wheel drive from 1900.
For the 2016 model year, Porsche has added a new version of the Panamera that it has dubbed the “Edition.” Despite its weird name, the Panamera Edition adds a lot of value at a price that is only slightly north of the base model’s MSRP.
The mid-engine roadster is powered by the 2.7 liter flat-six engine with 265 hp. Its color concept remains consistent with the soft top and supplemental safety bar which are both finished in black. The wind deflector reduces undesirable turbulence when the soft top is down. 20-inch Carrera Classic wheels and the Bi-Xenon™ headlights with Porsche Dynamic Light System (PDLS) set distinctive highlights, while standard two-zone air conditioning and heated seats provide a higher level of comfort for both driver and passenger. The Porsche Communication Management system is included as standard.
In 2015, Porsche announced the car we all thought Porsche would never build. It has been a few years since it has been released and the excitement It was the first time Porsche introduced lets the motorsports guys in Weissach sprinkle their magic on a Cayman. With components sourced from the 911 GT3, an engine carried over from a Carrera S and a tweaked and tuned chassis, brakes and aerodynamics, Porsche’s engineers did their best to produce the perfect mid-engine sports car for road and track use. Compared with the standard Cayman, the GT4’s chassis was lowered by 30mm and bigger brakes were added, with many aspects of its suspension carried over from the 911 GT3. Some serious motorsport kit. One of the best ever.
The 991.2 generation Carrera range update was a big one. The base coupe looks about the same, but under the hood Porsche did something crazy. Gone is the 3.4 liter naturally aspirated flat 6, replaced by a 3.0 turbocharged flat six. The good news is that the new engine is pumps out 370 hp and 331 ft lbs of torque, a big leap over the previous generation (output is up over the previous car by 20 horsepower and 44 lb-ft of torque). Inside, the updated 911 hasn’t changed dramatically, and although Porsche’s new PCM infotainment system is faster and more intuitive to use.
The cylinder number and position (six, horizontal) remained the same as before, but the displacement has been reduced to 3.0 liters (from 3.4 liters) and a pair of turbos has been strapped on the engine. And thanks to the force-feeding’s high potential, the same 3.0-liter unit is used for the Carrera S as well (instead of the 3.8-liter flat-six). As a result, the power figures in the Carrera 2 Cabriolet gained 20 hp and some 40 lb-ft of torque vs the prior generation. More importantly, the turbocharging makes the Carrera’s 332 foot-pounds of torque available way quicker, from just 1,700 rpm.
Porsche purists might moan that the flat-six engine in the rear is no longer naturally aspirated, but with more power and torque, improved efficiency and some advanced interior tech giving this 911 an even bigger breadth of ability than before, this facelifted 991-generation model carries on where the old car left off. Sure, it’s lost a touch of that high rev zing from the old car, but if you add the sports exhaust, the bark from the engine inside and out is still intoxicating. And so is the speed. The 991.2 Carrera S is absolutely amazing on both road and track and still the best sports car around.
The switch to turbocharging delivers predictably faster acceleration, with 0 - 60 mph taking just 3.9 seconds with the PDK transmission and Sport Chrono optioned. The quarter mile is dispatched in 12.2 seconds and the top speed for the open top Carrera S is 190 mph. These numbers are pretty impressive for an open top 911 that is just as comfortable driving around town as it is on back roads on spirited runs. With the 991.2 Carrera S Cab, it can be argued that there is no real need dynamically to opt for. the coupe body. A great overall sports car that is fast, fun and happens to have no roof.
Thought it carries a similar design to the new 911, the Carrera 4 has its own unique features, the most obvious being an AWD system hooked up to its new turbocharged 3.0-liter flat-six engine. The C4 gets a spate of new goodies, including a unique taillight section, and an updated infotainment system that brings the sports car’s connectivity to a whole new level. Inside the new 911 Carrera 4, there are only a few changes, the most important is the new infotainment system. With 370 hp on tap from the direct-injection, twin-turbo flat-six and all-wheel drive putting all those ponies to the ground, the C4 is more than quick enough.
The Carrera 4 Cabriolet gets that wonderful extra-wide body and an AWD system hooked up to its new turbocharged 3.0-liter flat-six engine. Additionally, the Carrera 4 Cabriolet gets a spate of new goodies, including a unique taillight section, and an updated infotainment system that brings the sports car’s connectivity to a whole new level. The open top Carrera 4 does a great job as an all-rounder, giving drivers the all-weather assurance of all-wheel drive and combining it with open top driving fun. Dynamically, it is up there with its coupe sibling.
The new downsized flat-six gets forced induction, more power and greater efficiency, just like in the basic refreshed 911 Carrera, this time mated to a four-wheel-drive system nicked wholesale from the Turbo. Apparently one in three 911 buyers opt for a four-wheel-drive variant, so this is an important car to get right. The 3.0-liter twin-turbo flat-six in the 911 Carrera 4S is good for 414hp and 368 ft lbs of torque, helping it get from 0 to 62 mph in 4.2 sec with a manual, 4.0 seconds with the PDK and 3.6 sec with the PDK and optional Sport Chrono pack.
A new turbo flat-six engine is the headline news. Still super fast and surefooted all year round. The revised four-wheel-drive 911 makes the car's appeal on year-round, any-occasion usability even stronger. The 911 Carrera 4S receives a series of subtle styling updates as part of a reasonably comprehensive mid-life facelift. Included is a redesigned front bumper sporting active air ducts that open and close to channel air to the front-mounted radiators dependent on throttle load, revised headlights with altered internal graphics, larger exterior mirror housings and new door handles.
The 991.2 Targa did get some mild design changes, but they are all inline with the rest of the 991.2 changes. Despite the mild styling revisions, it’s a dramatically different car in terms of its engine. The iconic and highly regarded naturally aspirated 3.4-litre flat-six engine has been ousted for a more environmentally friendly twin-turbocharged 3.0-litre. It keeps its all-wheel drive system and is still an all-weather 911. A sports car with all-wheel drive is the first choice for more than one in three Porsche 911 buyers. With the new 911 Targa 4, they now profit from an increase in sporting characteristics and comfort in the latest 911 generation: the innovative turbocharged engines are more powerful and consume less, with the improved all-wheel drive.
The 991.2 911 Targa 4S is powered by the latest water-cooled 3.0-liter twin-turbocharged flat-six from Porsche, producing 420 hp and 368 lb-ft of torque. It can be optioned with a PDK seven-speed dual-clutch automatic (a seven-speed manual is standard) and all-wheel drive is standard. Whereas the two earlier generations of Targas were little more than 911 Carreras with large glass sunroofs, the 991-series Targa nailed the look and feel of the original.
The Cabriolet version of the 991.2 Turbo got the same updates as its coupe sibling. The engine in the 991.2 911 Turbo Cabriolet is a twin-turbocharged flat-six with 540 horsepower and 523 pound-feet of torque, up a decent 20 more horses versus the 991.1 Turbo Cab. Improvements that come from increases in boost and fuel-injection pressures. Rounding the skidpad, the Turbo posts 1.02 g’s relatively easily. The wide P Zeros in back and the standard four-wheel steering conspire to hide the fact that 62 percent of the Turbo’s 3656 pounds sits over the rear wheels. 0 - 60 mph is over in just 3 seconds.
Sticking to their strengths, Porsche has created the most sought after car in its line-up, the 2017 Porsche 911 R. We have seen numerous rumors about this car for a couple of months now and this time we finally get to see it. The new Porsche 911 R with 4-litre naturally aspirated flat-six engine with a six-speed manual gearbox is coming to us for sure. It's lighter and faster with its engines pumping out 493 bhp at 8,250 rpm and 333 lb-ft at 6,250 rpm. The result is probably the best 911 of the modern era. Porsche at its finest.
The 2016 Carrera and Boxster Black Editions add some extra niceties for a value-adjusted price. And as the names suggest, both cars come in any color scheme you want so long as it’s, yes, black on black. Or black on black on black in the case of the ragtops. Available in coupe and convertible forms, with rear- or all-wheel drive, each powered by the base 350-hp 3.4-liter flat-6 engine, the 911 Carrera Black Edition adds dynamic LED headlamps, 20-inch Turbo wheels, and navigation. Front passengers sit on heated sport seats, and should they tire of the sound of the engine, they can activate a Bose surround-sound system. Park assist, a telephone module, auto-dimming mirrors, rain-sensing wipers, and a Sport Design steering wheel also come standard.
The 2016 Carrera and Boxster Black Editions add some extra niceties for a value-adjusted price. And as the names suggest, both cars come in any color scheme you want so long as it’s, yes, black on black. Or black on black on black in the case of the ragtops. Available in coupe and convertible forms, with rear- or all-wheel drive, each powered by the base 350-hp 3.4-liter flat-6 engine, the 911 Carrera Black Edition adds dynamic LED headlamps, 20-inch Turbo wheels, and navigation. Front passengers sit on heated sport seats, and should they tire of the sound of the engine, they can activate a Bose surround-sound system. Park assist, a telephone module, auto-dimming mirrors, rain-sensing wipers, and a Sport Design steering wheel also come standard.
The 2016 Carrera and Boxster Black Editions add some extra niceties for a value-adjusted price. And as the names suggest, both cars come in any color scheme you want so long as it’s, yes, black on black. Or black on black on black in the case of the ragtops. Available in coupe and convertible forms, with rear- or all-wheel drive, each powered by the base 350-hp 3.4-liter flat-6 engine, the 911 Carrera Black Edition adds dynamic LED headlamps, 20-inch Turbo wheels, and navigation. Front passengers sit on heated sport seats, and should they tire of the sound of the engine, they can activate a Bose surround-sound system. Park assist, a telephone module, auto-dimming mirrors, rain-sensing wipers, and a Sport Design steering wheel also come standard.
The 2016 Carrera and Boxster Black Editions add some extra niceties for a value-adjusted price. And as the names suggest, both cars come in any color scheme you want so long as it’s, yes, black on black. Or black on black on black in the case of the ragtops. Available in coupe and convertible forms, with rear- or all-wheel drive, each powered by the base 350-hp 3.4-liter flat-6 engine, the 911 Carrera Black Edition adds dynamic LED headlamps, 20-inch Turbo wheels, and navigation. Front passengers sit on heated sport seats, and should they tire of the sound of the engine, they can activate a Bose surround-sound system. Park assist, a telephone module, auto-dimming mirrors, rain-sensing wipers, and a Sport Design steering wheel also come standard.
To celebrate 60 years of Porsche Club of America, PCNA (Porsche Cars North America) ordered 60 units of 911 Carrera GTS Coupés in Club Blue from Porsche Exclusive. All 60 cars were equipped with SportDesign aerokit (including ducktail). These Club cars were not numbered because it wasn't a special series by Porsche AG, but a series of similarly equipped cars ordered by PCNA. The cars got a few unique touches by Porsche Exclusive, like the special "Club Blau" paint, the "Club Coupe" stickers on the doors, the door entry guards with ''GTS Club Coupe" lettering and number "60" embossed on the armrest cover.
The third-generation 919 Hybrid (2016 MY) is powered by a turbocharged four-cylinder, two-litre petrol engine delivering almost 500 hp that drives the rear axle. The V4 engine, which is fully load-bearing, is turbocharged and features 4-valves per cylinder, DOHC, a Garrett turbocharger, direct fuel injection and an aluminium cylinder crankcase. In addition, the electric motor delivering more than 400 hp to the front axle. The latter is fed by two energy recovery systems.
The rear of the world’s most-produced GT racing car now houses a 4-litre, six-cylinder flat engine for even more drive. Thanks to thoroughbred motorsport technology, the compact engine with direct fuel injection delivers peak performance of 357 kW (485 hp). A range of innovative details also improve efficiency in addition to engine performance, ensuring even better durability of the naturally aspirated engine in racing mode and reduced maintenance costs.
Based on the 911 GT3 RS production sports car, Porsche has designed a customer sport race car for GT3 series around the world: The 911 GT3 R. In developing the more than 368 kW (500 hp) racing nine-eleven, special attention was paid to lightweight design, better aerodynamic efficiency, reducing consumption, improved handling and optimised safety. The 911 GT3 R features the distinctive double-bubble roof, and the wheelbase which had been lengthened compared to the prior generation.
The Porsche 919 Street is a supercar concept, designed and built by Porsche in 2017, based on the highly successful Porsche 919 Hybrid LMP1 race car. The dimensions and basic design elements of the 919 Street are the same as that of the race car. However the 919 Street instead has a less-pronounced wing and more street-car comforts. This is the one we wish they made. Alas, the 900 HP LMP1-Based road-ready rocket that never was.
Porsche launched the second generation Panamera for the 2017 model year. The updates were meaningful. The Panamera finally looked great, with a wider, lower, sleeker design that fixed all the hunchback look of the old design. Complementing the fresh threads is a completely reimagined interior, replete with touch-capacitive surfaces and massive display screens. The base Panamera got a 3.0-liter, turbo V-6 with 325 bhp and 332 ft lbs. Takes only 5.6 seconds to hit 60 mph and has a respectable 163 mph top speed.
Porsche launched the second generation Panamera for the 2017 model year. The updates were meaningful. The Panamera finally looked great, with a wider, lower, sleeker design that fixed all the hunchback look of the old design. Complementing the fresh threads is a completely reimagined interior, replete with touch-capacitive surfaces and massive display screens. The base Panamera got a 3.0-liter, turbo V-6 with 325 bhp and 332 ft lbs. Takes only 5.6 seconds to hit 60 mph and has a respectable 163 mph top speed.
The Panamera finally looked great, with a wider, lower, sleeker design that fixed all the hunchback look of the old design. Porsche launched the second generation Panamera for the 2017 model year. Complementing the fresh threads is a completely reimagined interior, replete with touch-capacitive surfaces and massive display screens. The Panamera 4 got a 3.0-liter, turbocharged V-6 with 325 bhp @ 5400 rpm and 332 ft lbs @ 1800 rpm. Performance was impressive, taking only 5.6 seconds to hit 60 mph and a respectable 163 mph top speed.
The Panamera finally looked great, with a wider, lower, sleeker design that fixed all the hunchback look of the old design. Porsche launched the second generation Panamera for the 2017 model year. Complementing the fresh threads is a completely reimagined interior, replete with touch-capacitive surfaces and massive display screens. The Panamera 4 got a 3.0-liter, turbocharged V-6 with 325 bhp @ 5400 rpm and 332 ft lbs @ 1800 rpm. Performance was impressive, taking only 5.6 seconds to hit 60 mph and a respectable 163 mph top speed.
The Panamera finally looked great, with a wider, lower, sleeker design that fixed all the hunchback look of the old design. Porsche launched the second generation Panamera for the 2017 model year. Complementing the fresh threads is a completely reimagined interior, replete with touch-capacitive surfaces and massive display screens. The Panamera 4 got a 3.0-liter, turbocharged V-6 with 325 bhp @ 5400 rpm and 332 ft lbs @ 1800 rpm. Performance was impressive, taking only 5.6 seconds to hit 60 mph and a respectable 163 mph top speed.
The fourth model of the Panamera was introduced at the 2016 Paris Motor Show. It was the enhanced plug-in hybrid version, named 4 E-Hybrid. It was the first all-wheel-drive Panamera hybrid. It was fitted with a more powerful electric motor and a twin-turbo 2.9-liter V6 gasoline engine. The powerplant was fitted to an 8-speed automatic gearbox. Its predecessors were fitted with rear-wheel-drive only. The Panamera 4 E-hybrid always started in electric mode and turned on its gasoline unit later.
Porsche Panamera 4 E-Hybrid 10 Years Edition (971.1)
2017 - 2020
Panamera
971.1 Panamera
Panamera 2nd Gen (971)
Panamera 4
N/A
The fourth model of the Panamera was introduced at the 2016 Paris Motor Show. It was the enhanced plug-in hybrid version, named 4 E-Hybrid. It was the first all-wheel-drive Panamera hybrid. It was fitted with a more powerful electric motor and a twin-turbo 2.9-liter V6 gasoline engine. The powerplant was fitted to an 8-speed automatic gearbox. Its predecessors were fitted with rear-wheel-drive only. The Panamera 4 E-hybrid always started in electric mode and turned on its gasoline unit later.
The fourth model of the Panamera was introduced at the 2016 Paris Motor Show. It was the enhanced plug-in hybrid version, named 4 E-Hybrid. It was the first all-wheel-drive Panamera hybrid. It was fitted with a more powerful electric motor and a twin-turbo 2.9-liter V6 gasoline engine. The powerplant was fitted to an 8-speed automatic gearbox. Its predecessors were fitted with rear-wheel-drive only. The Panamera 4 E-hybrid always started in electric mode and turned on its gasoline unit later.
The second generation of the Panamera was introduced as a 2017 model year car and the full suite of variants was available straight out of the gates. They all got a visual update and lots of improvements across the board. The Panamera 4S featured 19” light-alloy wheels and only two colors as standard: black and white as standard. The engine was a new 2.9 L twin-turbo V6 which was good for 434 bhp @ 5650 rpm and 406 ft lbs @ 1750 rpm of torque.
The second generation of the Panamera was introduced as a 2017 model year car and the full suite of variants was available straight out of the gates. They all got a visual update and lots of improvements across the board. The Panamera 4S featured 19” light-alloy wheels and only two colors as standard: black and white as standard. The engine was a new 2.9 L twin-turbo V6 which was good for 434 bhp @ 5650 rpm and 406 ft lbs @ 1750 rpm of torque.
In the Panamera 4S Diesel, a V8 with 310 kW/422 hp generates powerful thrust and a maximum torque of 850 Nm. And our friends in Europe love that kind of power in a sports sedan, which is why Porsche built this car for them. Add some all-wheel-drive security and Diesel mileage, and the Panamera 4S Diesel may be the ultimate cross-continent cruiser.
The Panamera Turbo was the best balance between performance, luxury, and comfort. The new, 4.0-liter twin-turbo engine offered 30 hp more than its predecessor, despite having a smaller displacement. The PASM (Porsche Adaptive Suspension Management) was fitted as an option and so was the Porsche Chrono Package. It was fitted as standard with a 7-speed (PDK – dual-clutch) automatic transmission which sent its torque in all corners via PTM (Porsche Traction Management) system.
The Panamera Turbo was the best balance between performance, luxury, and comfort. The new, 4.0-liter twin-turbo engine offered 30 hp more than its predecessor, despite having a smaller displacement. The PASM (Porsche Adaptive Suspension Management) was fitted as an option and so was the Porsche Chrono Package. It was fitted as standard with a 7-speed (PDK – dual-clutch) automatic transmission which sent its torque in all corners via PTM (Porsche Traction Management) system.
Porsche subsequently released a base Macan for select Asian markets and the United Kingdom. Using a reworked version of the Volkswagen Group's 2.0-litre inline-four EA888 Gen 3 engine used in multiple applications such as the Audi Q5. This engine became offered globally for the Macan's 2017 model year following an announcement in March 2016
For the 2017 model year, Porsche added the Macan GTS trim to the lineup. The new Macan GTS gets a higher-output version of the twin-turbo V-6 that powers the S model. It also gets tweaked performance-oriented chassis, unique design elements and additional standard equipment. The 2.9-liter twin-turbo V6 engine delivers 355 bhp @ 6000 rpm and 369 ft lbs of torque from 1650 rpm. Combined with the newly adapted PDK dual-clutch transmission, the Macan GTS can accelerate from zero to 60 mph in 4.4 seconds.
The top model in the Porsche Macan lineup is the Macan Turbo and in 2017 Porsche made it extra special by offering a Performance Package add on. After the performance enhancement, the twin-turbocharged, 3.6-litre V6 engine delivers 324 kW (440 hp; combined fuel consumption 9.7–9.4 l/100 km; CO2 emissions 224–217 g/km). With 30 kW (40 hp) more than the Macan Turbo, this figure places this variant firmly in the top spot in this model line. The car now accelerates from zero to 100 km/h in just 4.4 seconds.
Welcome to the four generation Boxster. The base Boxster was powered by a twin-turbo 2.0-liter direct-injection gasoline unit. It offered a total output of 300 hp and it was paired as standard with a 6-speed manual, while a 7-speed automatic (PDK – dual-clutch) was on the options list. In terms of design, it gets a more modern look and feel and the interior is upgraded. More tech, more power and more speed. The only downside is the loss of the aural pleasure of a flat 6 engine that is naturally aspirated and loves to rev to the sky.
While the first generation Boxster S was received with mixed feelings, the second generation was praised. With the introduction of the 718 Boxster, the car-maker showed a special commitment to the smallest member of the Porsche family and it arguably become the best sports car in the world. The Boxster S featured a 2.5-liter flat-four engine. It was turbocharged and with direct fuel injection and was good for 345 hp. Performance was up a lot, especially in the midrange, now that torque was 310 ft lbs. It helped rocket the Boxster S from zero to 60 mph in just 4.0 seconds and onto a top speed of 177mph.
With the 982-generation Boxster/Cayman platform, Porsche went back in time to pull out the 718 name, a reminder that the sports car maker has been doing the small sports car thing for a long time. The 718 of course, is diminutive race car that won the Targa Florio race in 1959 and 1960. The marketing stunt was meant to evoke these past Porsche racing successes with light cars like the 718 that outmaneuvered competitors with larger and more powerful engines. The reason? Well, Porsche decided that the 718 Cayman would no longer have naturally aspirated flat-6 engines and instead would now have flat-4 turbocharged engines. The base model was faster and more competent, but less fun than the outgoing car.
Searching for more muscle? The 718 Cayman S got a new 2.5L turbocharged boxer 4-cylinder. Power comes in at 345 bhp @ 6500 rpm and torque is a really strong 310 ft lbs @ 1900 rpm. For reference, the outgoing 981 Cayman S had 311 bhp and 265 ft lbs of torque. While we hate the drone of the turbo four cylinder, there is absolutely no doubt that is much more powerful and that performance numbers are much stronger. 0 – 60 mph is over in just 4.0 seconds and the quarter mile is finished in 11.9 seconds flat. Much faster than the outgoing model. But is it as engaging? No.
The GTS coupe starts with the wider Carrera 4 body, with the rear fenders pushed out 1.7 inches, and the rear track widened 1.6in. Up front is the new SportDesign front fascia with its lower front spoiler and larger cooling air intakes. Standard wheels are 20-inch center lock items and 0.5 inch wider than standard Carrera S rims, finished in satin black. There are splashes of black elsewhere, too. The changes run more than skin deep. Bigger turbos pump up to 18psi of boost pressure which helps deliver not only 30 extra horses at 6,500 rpm, but 405 lb-ft of torque between 2,150 rpm and 5,000 rpm, up from 368 lb-ft. This is the sweet spot.
Porsche really has hit its brief with the turbocharged Carrera GTS Cabriolet. It is hugely capable on the road, easy to live with on a daily basis, and come the weekend, it’s massively fast on track. For the money, and for drivers who really want just a little more 911, but without the mind-bending speed of a Turbo or uncompromising nature of a GT3, then this is the car for you. It also looks unique and has enough of its own style that it it feels special both on the outside and inside.
Ultimately, the Carrera 4 GTS is the ideal all-round 911. Its bag of tricks gives you accessible, astonishing performance on the right road – but its price tag and comfort levels make it a little more acceptable for everyday use than a GT2, GT3 or Turbo. The GTS scores particularly well on the practicality to performance ratio. Its rear seats can accommodate people and its all-wheel drive system means you can really use this car all-year round. The GTS-spec 3.0-litre flat-six develops 30bhp more than a Carrera S (at 444bhp) and 37lb ft more torque (at 406lb ft).
The GTS 4 Cabriolet reminds us how awesome Porsche cars are. This is a 911 that can be used as a regular car, an all weather convertible 911 that does everything really well. And when you want to push hard, the car transforms into a true sports car, a car that no enthusiast will ever complain about. Drop-top 911s have always played a supporting role to the fixed roof versions, but in GTS specification the Cabriolet is now better than ever.
The 911 Targa 4 GTS isn't the fastest or best performing 911. It is heavier, softer and not as fast as every other GTS model. But we still love it. The Targa 4 GTS has amazing performance coupled with the sexiest body in the business. In GTS trim the Targa body looks even better. This is the car you get when you can only choose one 911 and you need it for fun weekends, daily driving and taking the wife out to a fancy restaurant. With 450 hp and 405 lb-ft from 2150 to 5000 rpm, it also has more than enough street performance than you could ever need. Buy one.
At the heart of the 991.2 911 Turbo is a twin-turbocharged flat-six with 540 horsepower and 523 pound-feet of torque. That’s a meaningful 20 more horses than the 991.1 Turbo. Improvements that come from increases in boost and fuel-injection pressures. Rounding the skidpad, the Turbo posts 1.02 g’s relatively easily. The wide P Zeros in back and the standard four-wheel steering conspire to hide the fact that 62 percent of the Turbo’s 3656 pounds sits over the rear wheels. With sport-plus selected, the 991.2 Turbo hits a 1.0-second run to 30 mph and a 2.6-second zero-to-60 time.
With the Turbo S, the PDCC Porsche Dynamic Chassis Control hydraulic roll bars came as standard. The PCCB Porsche Ceramic Composite Brakes had been standard on the Turbo S already since the 996 generation. New options included the radar-based lane change assist and a lift system for the front axle (increased ground clearance by 1.6″/40 mm). The PCM now had a multi-touch screen like in the facelifted 991 Carrera. Routes and places could be visualized with 360-degree images and satellite images. Engine gets more horsepower too, now with 572 bhp and 553 ft lbs of torque.
This is the fastest convertible GT you can buy. The Turbo S cab gets 572 bhp (39 hp more than the base turbo cab) and 553 ft lbs (9 ft lbs more than the regular cab) of torque. With the Turbo S, the PDCC Porsche Dynamic Chassis Control hydraulic roll bars came as standard. The PCCB Porsche Ceramic Composite Brakes had been standard on the Turbo S already since the 996 generation. New options included the radar-based lane change assist and a lift system for the front axle (increased ground clearance by 1.6″/40 mm). The PCM now had a multi-touch screen like in the facelifted 991 Carrera.
Porsche is the most successful marque in the 24 Hours of Le Mans, with an unrivalled 19 wins in the French endurance race. British drivers have played an important role in delivering these historical achievements, and in celebration of this success, and in honour of three Britons who have helped deliver these victories, a special limited edition model – the 911 Carrera 4 GTS British Legends Edition – was launched this week.
Although the monocoque remained unchanged, 60-70% of the parts were different compared to the 919-16. Modified were the aerodynamics, the chassis and the combustion engine. When comparing the front view of the 919-17 to the 919-16, the higher, wider and longer wheel arches immediately catch the eye. There are no mirrors and there is a new channel between the wheel arch and the monocoque. The radiator air intakes have been redesigned.
Two decades after the different 911 GT1 cars the mid-engined 911 is back! In order to install a proper diffuser under the rear end of the 991, the engine had to make room for it and the engine/transmission unit was rotated 180 degrees. The extended rear diffuser, a top-suspended rear wing and the new side mirrors help to increase downforce with reduced drag. The FIA rules meant no turbo was needed due to power limits, so the normally aspirated 4-litre flat-6 was taken from the 991 GT3 R.
The Porsche vision “Renndienst” (2018; 1:1 hard model) is the free interpretation of a family-friendly space concept for up to six persons. The design team designed a futuristic “space shuttle“ with exciting proportions. The study shows how the Porsche design DNA with its characteristic surface modeling can be transferred to an unknown vehicle segment for the brand.
The Mission E Cross Turismo concept is a more outdoorsy activity-wagon version that was first displayed at the 2018 Geneva motor show. This concept was built as a drivable car. Porsche essentially took the Mission E project’s hardware in development, so it serves as a snapshot of where things stood about two years into a five-year program. We know since then that this became a production model in 2021.
2018
Discontinued
2010
Concept
2 x Permanently Excited Synchronous Electric Motors
Seventy years is a long time, it's the lifespan of a full life lived. Porsche is celebrating their 70 years in the making with the Porsche 911 Speedster Concept car. Don't miss this pre-production car is it marks the accumulated miles of one of the greatest car dynasties to date.
For testing purposes Porsche Motorsport built a few tarmac rally cars based on the Cayman 981 GT4 racing version. The Cayman rally car was the course car for the WRC (World Rally Championship) 2018 ADAC Rallye Deutschland. The FIA R-GT Cup was contested on tarmac rounds of the ERC and WRC, like the German WRC event. For Porsche, the entry of a concept study based on the near-production GT circuit race car was a critical test under real conditions. “We’re looking forward to seeing how the rally world responds to our FIA R-GT concept study".
Porsche expanded the Panamera family with the addition of a new body version: The Porsche Panamera Sport Turismo. The Panamera 4 got the Sport Turismo treatment. The Panamera 4 Sport Turismos gets the same all-wheel drive system and underlying mechanicals. That means, it gets the base Panamera's 330-hp turbocharged 3.0-liter V-6. Porsche doesn't call the Sport Turismo a station wagon, but that's kinda sorta what it is.
Porsche expanded the Panamera family with the addition of a new body version: The Porsche Panamera Sport Turismo. The Panamera 4 got the Sport Turismo treatment. The Panamera 4 Sport Turismos gets the same all-wheel drive system and underlying mechanicals. That means, it gets the base Panamera's 330-hp turbocharged 3.0-liter V-6. Porsche doesn't call the Sport Turismo a station wagon, but that's kinda sorta what it is.
This is one practical family car with very green credentials and incredible performance. The Porsche Panamera 4 E-Hybrid was the first all-wheel-drive Panamera hybrid and in Sport Turismo body style it is more practical and dare we say it looks better too. Just like the coupé-style Porsche Panamera sports saloon, the Sport Turismo is characterized by its very dynamic proportions, which also allow it to feature three full rear seats.
Porsche Panamera 4 E-Hybrid Sport Turismo 10 Years (971.1)
2018 - 2020
Panamera
971.1 Panamera
Panamera 2nd Gen (971)
Panamera 4
N/A
This is one practical family car with very green credentials and incredible performance. The Porsche Panamera 4 E-Hybrid was the first all-wheel-drive Panamera hybrid and in Sport Turismo body style it is more practical and dare we say it looks better too. Just like the coupé-style Porsche Panamera sports saloon, the Sport Turismo is characterized by its very dynamic proportions, which also allow it to feature three full rear seats.
The 2017 Panamera 4S Sport Tourismo was more like a shooting-brake than a station-wagon. More like a lowered Macan than a station-wagon Panamera. Its raked rear looked like it was there to enhance the aerodynamic rather than increase the cargo area. For the powertrain, the 4s Sport Tourismo featured a twin-turbo V6 engine mated to an 8-speed automatic transmission and an all-wheel-drive system.
In 2017, at the Geneva Motor Show, Porsche introduced the Sport Tourismo version. It is like a station wagon but has the look of a Shooting Brake. With this design, the Panamera is further away from the 911 rear design. A larger trunk means more space for luggage and golf bags. If the rear seats are folded, the total trunk space can reach 1390 liters (49 cu-ft). In 2017, Porsche installed a V8-diesel engine in the Panamera Sport Tourismo.
The Porsche Panamera Turbo also got the Sport Turismo body option in 2018. It is a practical five-seater with lots of room, a great design and stonking performance.It got all the same powerful petrol engine as the sedan version of the Panamera Turbo. Its 4.0-litre biturbo V8 develops 404 kW / 550 hp (at 5,750 rpm) and a maximum torque of 770 Nm (between 1,960 and 4,500 rpm). It has 30 hp more power than the previous model and accelerates to 100 km/h in 3.6 seconds.
By combining a Porsche Panamera Turbo with the hybrid system already developed for the 4 E-Hybrid, the result is pretty epic. The new Porsche Panamera Turbo S E-Hybrid sees the sportscar manufacturer launch a plug-in hybrid model as the flagship of a model line for the first time. The four-litre V8 engine from the Panamera Turbo is combined with an electric motor, resulting in 500 kW/680 hp of system power and outstanding power delivery: Even when just above idle speed, the Panamera Turbo S E-Hybrid offers an 850 Nm of torque. How about 3.4 seconds 0 - 60 mph time???
Porsche Panamera Turbo S E-Hybrid Executive (971.1)
2018 - 2020
Panamera
971.1 Panamera
Panamera 2nd Gen (971)
Panamera Turbo S
N/A
By combining a Porsche Panamera Turbo with the hybrid system already developed for the 4 E-Hybrid, the result is pretty epic. The new Porsche Panamera Turbo S E-Hybrid sees the sportscar manufacturer launch a plug-in hybrid model as the flagship of a model line for the first time. The four-litre V8 engine from the Panamera Turbo is combined with an electric motor, resulting in 500 kW/680 hp of system power and outstanding power delivery: Even when just above idle speed, the Panamera Turbo S E-Hybrid offers an 850 Nm of torque. How about 3.4 seconds 0 - 60 mph time???
Porsche Panamera Turbo S E-Hybrid Sport Turismo (971.1)
2018 - 2020
Panamera
971.1 Panamera
Panamera 2nd Gen (971)
Panamera Turbo S
N/A
By combining a Porsche Panamera Turbo with the hybrid system already developed for the 4 E-Hybrid, the result is pretty epic. The new Porsche Panamera Turbo S E-Hybrid sees the sportscar manufacturer launch a plug-in hybrid model as the flagship of a model line for the first time. The four-litre V8 engine from the Panamera Turbo is combined with an electric motor, resulting in 500 kW/680 hp of system power and outstanding power delivery: Even when just above idle speed, the Panamera Turbo S E-Hybrid offers an 850 Nm of torque. How about 3.4 seconds 0 - 60 mph time???
In true Porsche GTS spirit, the output of the 2.5-litre, four-cylinder flat ‘boxer’ engine has been increased to 365bhp courtesy of a new intake system and an optimized turbocharger. These improvements generate 15bhp more power compared with the 718 S model, and up to 35bhp more power than the prior GTS models. A manual six-speed gearbox is standard, with the Porsche PDK available as an option. Standard equipment includes the Sport Chrono Package, Porsche Torque Vectoring (PTV) with a mechanical rear axle limited slip differential and Porsche Active Suspension Management (PASM).
Porsche expanded its mid-engine range with the new two-seater Porsche 718 Boxster GTS and Porsche 718 Cayman GTS. The vehicles' power has now been increased to 269 kw (365 hp) thanks to a newly developed intake duct and an optimised turbocharger for the 2.5-litre, four-cylinder boxer engine. With these improvements, the engine delivers 11 kW (15 hp) more power than the 718 S model and up to 26 kW (35 hp) more power than its GTS predecessor models with naturally aspirated engines. The new mid-engine sports cars are available with manual six-speed transmission or optional PDK
To the untrained eye, the Carrera T may appear to be a bare-bones and sparingly equipped 911 at first glance. The purpose of the T is to create a driver-focused 911, equipped with only the necessities required to appeal to those of a purist’s ilk. The Carrera T employs the same power plant used in the current base Carrera - a twin-turbocharged 3.0L flat-six with 370 horsepower and 331 lb-ft of torque. A 7-speed manual transmission comes standard with the T, along with a shorter final-drive ratio and the limited-slip differential. Porsche Sport Exhaust (PSE) is also standard. PASM sport suspension comes standard in the T, which lowers the chassis by 0.4 inches relative to the base Carrera and allows for two modes of dampening.
The 500 hundred numbered 911 Turbo S Exclusive Series cars cross the 600 hp mark with their 446 kW engines. The power increase does not make much difference performance wise, but it is good to know you have more than 600 hp. Similar in acceleration and top speed to the ‘regular’ Turbo S, the car reaches 200 km/h (124 mph) in 9.6 seconds (0.3 seconds faster than the regular Turbo S). The car comes standard with the Turbo Aerokit and roof panel made of carbon-fibre reinforced plastic. The front lid, side skirts, mirror case, side air intakes and other parts are of CFRP also. Completely new are the wheels and the rear end lower area design including the exhaust pipes.
The new Porsche 911 GT3 carries the same four-litre flat engine from the GT3 RS with its power increased by 25hp for a new total of 500hp. The chassis is also redesigned and now features a rear-axle steering and a lighter construction. The Porsche 911 GT3 type 991.2 comes in at 1,430 kg when its tank is full. Although it is a bit heavier than the previous model, it still manages to reach 0-100km/h in just 3.4 seconds and reach top speeds of 318km/h. What’s more interesting here is that Porsche finally decided to switch back to a 6-speed manual gearbox (7-speed PDK is standard).
Matt Prior from Autocar summarizes the 991.2 GT3 RS perfectly. "“While I don’t think the 3 communicates any better than a 2, the messages it does transmit are superior: you can feel that it’s lighter, more willing to turn, easier and more satisfying to ease onto the throttle and keep it pinned. It’s why this car is only a few seconds slower than a 2RS around the Nürburgring Nordschleife despite being almost 200bhp down.” He goes on to summarize that “And in the form of the GT3 RS it goes into creating - little by little, detail by detail - what might just be the best driver’s car currently on sale.”
The GT2 RS's reputation as the most powerful street-legal car is as monstrous as this comprehensive guide. Suffice to say, this supercar has been built with the best Porsche has to offer. It's not bragging, it's just facts. There is no doubt that the new GT2 RS is the pinnacle of the 911 in terms of performance. It is simply the fastest 911 in history, and that’s a fact. It is the quickest production car to lap the Nürburgring Nordschleife. It is the most powerful 911 ever made.
The GT2 RS's reputation as the most powerful street-legal car is as monstrous as this comprehensive guide. Suffice to say, this supercar has been built with the best Porsche has to offer. It's not bragging, it's just facts. There is no doubt that the new GT2 RS is the pinnacle of the 911 in terms of performance. It is simply the fastest 911 in history, and that’s a fact. It is the quickest production car to lap the Nürburgring Nordschleife. It is the most powerful 911 ever made.
With the car retiring after the 2017 LMP WEC season, the Porsche team decided to throw it a truly memorable send-off. Freed from any restrictions brought upon by strict regulations in the class it competed in, Porsche threw out the rulebook and established a new benchmark. Amongst the notable parting gifts was a significant horsepower bump, increasing the turbo V4 to 720 horsepower from 500 horsepower. Additionally, the electric motor received a 10% boost, now generating 440 horsepower. In total this gave the 919 a remarkable 1160 horsepower.
This car was officially called as the 911 GT2 RS Clubsport, but the name is rather misleading. The car was not built for the GT2 racing class which is long extinct and club sport has stood for Porsche club track days while this non-streel-legal car is a real racing car. Finally, the car was based on the 991 GT2 RS, which already had the Clubsport version. So, in order to understand what is what, we call it "991 GT2 RS Clubsport racing version". The 991 GT2 RS engine with 515 kW was powerful enough, so it was not tuned.
The 551 Vision Spyder was built in 2019 but kept a secret until its unveiling this week. Billed as a 21st century reimagining of the 1954 machine that made Porsche’s name, in fact it’s really an hommage to one particular car, James Dean’s Little Bastard, wearing the race number 131 (Dean’s was 130) and the licence tag “Little Rebel”.
The Porsche Macan Vision Safari is a 3-door compact SUV coupe concept, designed and built by Porsche in 2013, essentially showing what would be an off-road Porsche Macan. The concept only had two doors compared to the four in the normal SUV, and came with a host of off-road-oriented accessories, some of them including an increased ride height, larger front and rear tires.
The Porsche Vision 918 RS is a supercar concept, designed and built by Porsche in 2019, to preview what essentially could be the next generation of a trackday, street-legal Porsche 918 if it were still in production. Some of the design elements, none of which bear resemblance to the original Porsche 918, include sharp and soft creases and large air intakes, three fins on the widened rear fenders and roof.
The Porsche Vision 920 is a race car concept, designed and built by Porsche in 2019, to preview what essentially could be a successor to their highly successful LMP1 race car, the Porsche 919 Hybrid. Porsche says the company designed the concept as either a super sports car for the road or as a possible racing car that could be used in a customer motorsport series.
The current 971 generation Porsche Panamera is the latest model from the German marque to receive their always much anticipated, GTS treatment. For the 2019 model year, the second-gen Panamera is now a beneficiary of the badge - which actually stands for ‘Gran Turismo Sport’ - that has come to represent the pragmatist’s choice of Porsche automobile. The Panamera GTS is also now available in a long-roof wagon body style, dubbed the Sport Turismo. The Porsche Panamera GTS Sport Turismo does not have its own unique power plant, but is the beneficiary of a detuned Panamera Turbo engine instead.
For the 2019 model year, the second-gen Panamera is now a beneficiary of the badge - which actually stands for ‘Gran Turismo Sport’ - that has come to represent the pragmatist’s choice of Porsche automobile. The Panamera GTS is also now available in a long-roof wagon body style, dubbed the Sport Turismo. In totality, this is the vehicle I will be writing about - the 2019 Porsche Panamera GTS Sport Turismo. Traditionally speaking, the GTS version of any Porsche has typified a “sport-plus” version of a mid-level trim within the model range.
In July 2018, Porsche unveiled a new facelift for the Macan range in Shanghai. The production started the following month and the Europeans saw it at the Paris Motor Show in September. The 2019 Porsche Macan update includes refreshed exterior styling that includes updated front and rear bumpers, new taillamps that span the width of the liftgate, and new wheel designs. The base Macan receives a 248-hp turbocharged four-cylinder.
The Macan has important upgrades for the 2019 model, featuring new and improved front lights with LED headlights as standard and three-dimensional LED lights in the rear. The new model features a 3.0-liter turbocharged V6 engine generating 348 horsepower and 354 lb-ft of torque. The new and more powerful engine marks an increase in both horsepower and torque over the prior Macan S models. 0 to 60 mph in 4.9 seconds with the optional Sport Chrono and top speed is 157 mph.
The Porsche Vision E is a race car concept, designed and built by Porsche in 2019, to preview what essentially would be a future customer race car from Porsche. Using technology from their Formula E race car, the Porsche 99X, the company says that this concept would preview what would be a race car that private individuals can drive, to get the closest feel to Formula E in terms of performance and driving dynamics.
Make no mistake that the Speedster is an absolutely fitting conclusion to the 991-generation. The Porsche 911 Speedster is an ingenious amalgamation of the latest technologies on offer, and the more simple ingredients that have been a principle of driving enjoyment since the invention of automobiles. A 502-horsepower engine, without turbochargers. A modern transmission, with just one clutch. A state-of-the-art suspension and chassis, with an unsullied purity. The list goes on. Perhaps the only drawback is that the Speedster’s rarity and price.
Spark Racing Technology is responsible for a big part of the Porsche 99X Electric. This is the racing car Porsche fielded in Formula E 2019 season. Maximum performance in qualifying mode? 335 horsepower and 174 mph. Zero to 100 kilometers per hour is doable in 2.8 seconds, and the minimum weight including the driver is rated at 900 kilograms of which the battery is responsible for 385 kilograms. In race and attack modes, the output is restricted to 272 and 320 PS, respectively. The useable battery capacity is 52 kWh while maximum recuperation is rated at 250 kW.
On 3 January 2019 the 718 Cayman GT4 Clubsport was unveiled in two variants, Competition and Trackday, with first customer cars delivered to customer teams ahead of the 2019 Roar Before the Rolex 24 Hours at Daytona International Speedway. The race car is powered by a 3.8-litre naturally-aspirated flat-six engine producing 425 PS (419 bhp; 313 kW) at 7,500 rpm and 425 N⋅m (313 lb⋅ft) at 6,600 rpm connected to a 6-speed PDK gearbox. The kerb weight is 1,320 kg (2,910 lb). Both variants feature a welded-in roll cage, a six-point harness and race bucket seat, a selection of body parts made of natural-fibre composite materials and race suspension from the 911 GT3 Cup.
This was the fourth version of the 991 RSR - the first two came with the rear engine, then the first mid-engine version was launched (all 4.0-litre) and finally the mid-engined RSR 4.2 with the largest 911 engine ever made. The increase in the engine capacity is a question mark as on production models the capacities are decreased and turbochargers are used. The 991 RSR 4.2 didn't have anything in common with the production cars anymore. No change in terms of power-to-weight ratio.
The GT3 R has always been placed between the GT3 Cup and the very expensive RSR. All the 991.2 racing cars have normally aspirated 4-litre engines. Compared to the 991.1 GT3 R, the 991.2 GT3 R engine offers a broader usable rev range and the engine response is more precise due to 6 throttle butterflies. The roof, front hood and fairing, wheel arches, doors, side and tail sections, rear lid and interior trim are made of carbon-fibre reinforced plastic. Gets new double wishbone suspension.
The 935 tribute car was a non-street-legal collector's car built in a series of 77 cars. It was built from the 911 991.2 GT3 R racing car, fitted with the engine and transmission from the 911 991.2 GT2 RS street car and with the bodykit showing some design details from the 935 cars. The problem: it was not as powerful as the 1978 935 was with even smaller engine and the modern car is much heavier, so the power-to-weight ratio was almost 60% better 40 years earlier.
The GTS returned to the lineup for 2020 after a year off. Its twin-turbo 2.9-liter V-6 makes 375 horsepower and 383 lb-ft of torque. Quickness is important in a crossover with sporting intentions, but we love the way the GTS handles and acts like a true sportscar. Apple CarPlay, available as part of the Premium package or as a standalone option, gains wireless connectivity, while wireless device charging has been added to the designated Smartphone Compartment option.
After a one-year hiatus, Porsche brings us a Macan Turbo with more power, more speed, and more standard equipment. It swapped its twin-turbocharged 3.6-liter V-6 for a new twin-turbo 2.9-liter V-6 shared with versions of the larger Cayenne SUV and the Panamera. Porsche claims that it's enough to punt the all-wheel-drive Macan Turbo to 60 mph 0.3 second quicker than before. This is the top of the Macan lineup heap.
The Boxster 718 T was released for the 2020 model year as more sport-oriented versions of the base 718 models. As such, the T features the same 2.0-litre flat-4 engine as the base 718 but adds performance-oriented options such as Porsche's sport suspension system, the Sport Chrono package, and a limited-slip differential, along with minor cosmetic differences including special decals along the lower doors, a smaller-diameter steering wheel, door pull straps in place of standard door handles, wheels from the Porsche 992 Carrera S, and black rear badging.
The 718 Boxster Spyder is everything you could possibly want in a sports car. The sublime combination of a legendary chassis and naturally aspirated 6-cylinder Porsche engine is accentuated by the emphasis that less is more when done right - and nobody does this better than Porsche’s GT division. Connections with these cars are visceral and emotional, an outcome mutually desired by both Porsche engineers and customers alike. They will never be considered tardy in the right hands. The Spyder is in my opinion, the best sports cars you can buy in this segment.
Essentially a liaison Boxster version situated between the 718 Boxster GTS and the hardcore 718 Spyder, the Porsche 718 Boxster GTS 4.0 offers a mix between the comfort and features found on the regular GTS and a detuned version of the engine found in the Spyder. Alongside its hardtop Cayman sibling, it is also one of the last production sports cars with a large displacement engine that doesn't feature turbocharging or supercharging. It produces 395 bhp @ 7800 rpm and 310 ft lbs @ 5000 rpm and can hit zero to 60 mph in 4.3 seconds (only 0.1 seconds slower than the Spyder).
Similar to the 911 T, the 718 Cayman T is not the fastest, most luxurious or even the cheapest of all the 718 variants. However, the car is a unique combination of features and nuances that add up to more than the sum of its parts. The T-wins are the perfect car for somebody who knows exactly what they want, and wants nothing more than that - the purist’s car. The Cayman T is equipped with the base-model 718’s mid-mounted 2.0L flat-four turbocharged engine, which produces 296 bhp @ 6500 rpm and 280 ft lbs of torque. The Sport Chrono package is included as standard.
The 718 Porsche Cayman GT4 is everything you could possibly want in a sports car. The sublime combination of a legendary chassis and naturally aspirated 6-cylinder Porsche engine is accentuated by the emphasis that less is more when done right - and nobody does this better than Porsche’s GT division. No one will make the argument that these are objectively inexpensive cars, but for those in the market for an introductory dose of supercar sensory-overload, the GT4 and Spyder check all the boxes, and then some.
The most basic version of the Porsche 911 Carrera has now been unveiled. Porsche chose to detune the twin-turbocharged flat-six engine and downgrade some of the chassis components. These cars offer very good performance and driving dynamics for a slightly lower price. While marginally larger and heavier than the 991-generation model it replaced, the 992 is also more advanced. Power climbs by 15 bhp from the 991 Carrera, to 379 bhp @ 6500 rpm, which is more than enough horsepower for the street.
Removing the roof the car is supposed to have little impact on its chassis stiffness and curvy road prowess, but Porsche tells us that the current generation 911 Cabriolet drives just as well as the coupe. Powering the base Cabriolet is the same impressive turbocharged flat-six engine that makes 379 bhp @ 6500 rpm and 331 ft lbs of torque. The base cabriolet can do the 0 to 60 mph run in 4.2 seconds flat. With the optional Sport Chrono Package that drops to 4.0 seconds.
If the base 911 coupe doesn't do it for you, maybe the Carrera S coupe gets you over the line. For about $20k more, you get more horsepower, torque vectoring and bigger wheels. The Carrera S uses a version of the 3.0L twin-turbo flat-6 that generates 443 hp and 390 lb-ft of torque. Torque vectoring allows different amounts of torque to be distributed between drive wheels on the same axle. This means the inside wheel can turn slower than the outside wheel for improved cornering.
The Porsche 911 Carrera S Cabriolet also features a heated glass rear window and integrated magnesium support elements. The automatic fabric top opens and closes at speeds of up to 31 miles per hour in just 12 seconds – one second quicker than before. The 992 Carrera S Cabriolet gets a twin-turbo 3.0-liter flat-six with 443 bhp and 390 ft lbs of torque. That is 29 more horsepower and 22 more ft lbs of torque than the outgoing model.
The Carrera 4 is the base model 911, equipped with all-wheel drive. It starts at $109,850 for 2022, which is about $7,000 more than the standard rear-drive Carrera. Other than the additional all-wheel-drive system and the 150 odd pound increase in curb weight, the Carrera 4 is identical to its rear-drive sibling. It gets the same 379-hp, twin-turbo 3.0-liter flat-six engine. The twin-turbocharged 3.0-liter flat-six has 379 hp.
Features like Porsche’s active suspension and the new-for-992 “wet mode” are standard on the Carrera 4 variants, but the electronically controlled limited slip rear differential (standard on the 4S), as well as ceramic composite brakes (cast iron rotors are standard). The current 911 Carrera 4 Cabriolet is equipped with PASM (Porsche Active Suspension Management). The twin-turbo flat-six has 379 hp and 331 ft lbs of torque.
The perfect daily driving sports car with an all-weather, remarkably high-performance envelope. Like the rest of Carrera S models, the Carrera 4S is powered by the same 3.0-liter twin-turbo flat-six that makes 443 horsepower and 390 lb-ft of torque. It also comes standard with the same eight-speed twin-clutch automatic transmission with the same gear ratios, except the 4S with an added clutch and differential up front.
Top down summertime driving in the current 911 Carrera 4S Cabriolet is about as good as it gets. It checks all of the right boxes, as while it has matured into almost a GT-type car; it still boasts more performance than ever. Like the rest of Carrera S models, the Carrera 4S Cabriolet is powered by the same 3.0-liter twin-turbo flat-six that makes 443 horsepower and 390 ft lbs of torque. It comes standard with the same eight-speed twin-clutch automatic transmission.
For the 2021 model year, the Panamera featured a redesigned front fascia, with a different bumper and lower apron. The previously optional Sport Design front end was featured as standard on the facelifted version. In the back, the revamped light strip ran seamlessly over the trunk lid, with an adapted contour and new LED taillights were installed. The three-piece retractable wing was kept.
Under the hood, the Porsche Panamera 4 featured a twin-turbo V6 engine, good for 330 hp. It was carried-over from the non-facelifted version. The 7-speed PDK (dual-clutch) automatic transmission was fitted as standard. For the 2021 model year, the Panamera 4 featured a redesigned front fascia, with a different bumper and lower apron. The previously optional Sport Design front end was featured as standard on the facelifted version.
Under the hood, the Porsche Panamera 4 featured a twin-turbo V6 engine, good for 330 hp. It was carried-over from the non-facelifted version. The 7-speed PDK (dual-clutch) automatic transmission was fitted as standard. For the 2021 model year, the Panamera 4 featured a redesigned front fascia, with a different bumper and lower apron. The previously optional Sport Design front end was featured as standard on the facelifted version.
The Executive version of the Porsche Panamera 4 gives you all the extra space with all the same goodness of the twin-turbo V6 engine and its 330 hp of performance. The 7-speed PDK (dual-clutch) automatic transmission was fitted as standard. For the 2021 model year, the Panamera 4 featured a redesigned front fascia, with a different bumper and lower apron. The previously optional Sport Design front end was featured as standard on the facelifted version.
The Panamera 4 Sport Turismo favours a 'Shooting Brake' style rather than being a pure wagon. This is evidenced by its sloping roofline towards the rear, sacrificing cargo space for a more stealthy profile. In addition, there's the pronounced shoulder and elongated window line, which lend the vehicle its striking appearance. The car slots in just above the base Panamera in a lineup that includes up to twenty-five different variants. The '4' references the standard all-wheel-drive, while the 'Sport Turismo' badging hints at more power and agile handling compared to the base trims.
Porsche Panamera 4 Sport Turismo Platinum Edition (971.2)
2021 - Present
Panamera
971.2 Panamera
Panamera 2nd Gen (971)
Panamera 4
Still In Production
The Panamera 4 Sport Turismo favours a 'Shooting Brake' style rather than being a pure wagon. This is evidenced by its sloping roofline towards the rear, sacrificing cargo space for a more stealthy profile. In addition, there's the pronounced shoulder and elongated window line, which lend the vehicle its striking appearance. The car slots in just above the base Panamera in a lineup that includes up to twenty-five different variants. The '4' references the standard all-wheel-drive, while the 'Sport Turismo' badging hints at more power and agile handling compared to the base trims.
The Panamera 4 E-Hybrid still gets the 2.9-litre V6 - from the non-hybrid variant - that's good for 325 hp and 331 lb-ft of torque. In addition to that, there's an electric motor and battery combo that supply an extra 134 hp and 295 lb-ft of torque. In all, the Panamera 4 E-Hybrid boasts a maximum combined output of 455 hp and 516 lb-ft of torque, pushing the car well into sports car territory. The car weighs almost 5,000 lbs but will still accelerate to 60 mph in an impressive 4.2 seconds with the Sport Chrono Package.
The Panamera 4 E-Hybrid still gets the 2.9-litre V6 - from the non-hybrid variant - that's good for 325 hp and 331 lb-ft of torque. In addition to that, there's an electric motor and battery combo that supply an extra 134 hp and 295 lb-ft of torque. In all, the Panamera 4 E-Hybrid boasts a maximum combined output of 455 hp and 516 lb-ft of torque, pushing the car well into sports car territory. The car weighs almost 5,000 lbs but will still accelerate to 60 mph in an impressive 4.2 seconds with the Sport Chrono Package.
The Porsche Panamera 4 E-Hybrid Executive is specially tailored for those who enjoy spending time in the back seat. The body has been lengthened by 15cm, creating valuable space for rear passengers in particular. It's essentially a long-wheelbase version of the Panamera, with enhancements like eight-way power adjustment for the rear seats, heated rear seats, and power sunblinds for passengers in the back.
The single most important distinction between this model and the Panamera 4 Sport Turismo is the 'E-Hybrid' badging. With the E-Hybrid Sport Turismo, Porsche has been able to combine performance, ample space and fuel economy into one family-friendly package. Like the sedan variant, the Panamera 4 E-Hybrid Sport Turismo is driven by a hybrid powertrain featuring technology from the 918 Spyder.
Porsche Panamera 4 E-Hybrid Sport Turismo Platinum Edition (971.2)
2021 - Present
Panamera
971.2 Panamera
Panamera 2nd Gen (971)
Panamera 4
Still In Production
The single most important distinction between this model and the Panamera 4 Sport Turismo is the 'E-Hybrid' badging. With the E-Hybrid Sport Turismo, Porsche has been able to combine performance, ample space and fuel economy into one family-friendly package. Like the sedan variant, the Panamera 4 E-Hybrid Sport Turismo is driven by a hybrid powertrain featuring technology from the 918 Spyder.
The Panamera 4 is the first model in the Panamera lineup to feature all-wheel-drive (evidenced by the '4' badging). A few steps above sits the Panamera 4S, a sedan that offers more oomph in performance. After all, that is why Porsche added the 'S' for 'Sport' to the name. It all starts with the engine. The twin-turbocharged V6 has been upgraded and now puts out 443 hp and 405 lb-ft of torque. That's a significant increase from the 325 hp and 331 lb-ft of torque offered in the base Panamera 4.
The Panamera 4S Executive is just a 'stretched-out' version of the regular Panamera sedan. The wheelbase has been lengthened by as much as 15 centimetres, an increase that mostly benefits the rear passengers. The Panamera 4S Executive sits above the Panamera 4 Executive, and they share several similarities, such as the panoramic sunroof, heated rear seats and power sunblind in the rear. Style-wise, the Panamera 4S Executive also boasts silver accents around the fenders and side skirts.
The Turismo Panamera models offer more practicality than the sedans, with the wagon body style offering valuable additional cargo space. However, there's also plenty of performance on offer. Take the Panamera 4S Sport Turismo, for example. It boasts a total of 1,384 litres with the rear seats folded, ideal for a weekend shopping trip. However, under the hood lies a potent engine in the form of a turbocharged V6 unit.
This Panamera variant pairs a 2.9-litre twin-turbocharged V6 with an electric motor to serve up 552 hp and dynamism usually associated with non-hybrid coupes. The best part? The 'E-Hybrid' badging means this sedan also delivers the benefits of greater fuel efficiency and lower emissions. Then there's the fact that all electrified Panameras for the 2021 model year have 27% more battery capacity.
As implied by the 'Executive' designation, this Panamera is tailored to those who love spending time in the rear compartment. It is about 15 cm longer than the standard Panamera 4S E-Hybrid, with most of the extra length dedicated to giving rear passengers more room. Asides from the elongated wheelbase, there's not much to distinguish between the two Panamera 4S E-hybrid models.
Porsche Panamera 4S E-Hybrid Sport Turismo (971.2)
2021 - Present
Panamera
971.2 Panamera
Panamera 2nd Gen (971)
Panamera 4S
Still In Production
First, there's the extra boot space, courtesy of the wagon body style. It gives the Sport Turismo models more practicality over the sedans. Also, the Panamera 4S E-Hybrid is no slouch in the power department. It combines a 443-hp V-6 with a hybrid system to crank out 552 hp. That makes it the third-most-powerful Panamera variant, behind the Turbo S E-Hybrid and the Turbo S. In full attack mode, this family hauler can punch its way to 60 mph in less than four seconds
The Panamera Hybrid models have their strengths, but there is still nothing quite like the visceral experience behind the wheel of a high-performance vehicle with a formidable internal combustion engine, a formidable unit like the V8 found in the Panamera GTS (short for 'Gran Turismo Sport). It plays a significant role in portraying the character of the sports sedan as a lively performance and yet, family-friendly vehicle.
The Panamera GTS Sport Turismo costs only $6,900 more than the sedan variant in base trim. With the same powertrain and better practicality, this performance wagon may just be the most significant direct threat to the Panamera GTS sedan. The extra boot space, up to 49 cubic feet, with the rear seats folded down, makes the Panamera GTS Sport Turismo perfectly suited for a weekend trip to the shopping mall.
The Porsche Panamera Turbo S is unquestionably a performance beast, with plenty of power and presence to go with its muscular stance. However, the best bit about the Panamera Turbo S may be how it cleverly masks its brute strength and capabilities beneath an elegant layer of the silky-smooth ride and top-class luxury. In that sense, it perfectly fits the bill of a luxury performance sedan - just what Porsche set out to achieve.
This 'limousine' performance sedan offers the benefits of the non-executive Panamera Turbo S - plenty of power, athletic handling and overall elegance. However, the 'executive' badging means more space on the interior, especially for the rear passengers, courtesy of a wheelbase that's about six inches longer than the regular Panamera sedan. The powertrain is carried over unchanged from the non-executive version.
This family car seats five, boasts generous cargo space, and will top out at an incredible 196 mph if the highway is long enough sans speed limits - think the German autobahn! For 2021, Porsche replaced the Panamera Turbo with the Turbo S variant with new design cues like the LED light strip between the taillights alongside some minor interior tweaks.
There is nothing pretentious about the formidable Panamera Turbo S E-Hybrid. The big sedan is all about serious power, performance and style. It is currently the second-most-powerful car in Porsche’s entire lineup, only behind the 700-hp 911 GT2 RS. Only a few rivals can match the luxury sedan in terms of raw power.
Porsche Panamera Turbo S E-Hybrid Executive (971.2)
2021 - Present
Panamera
971.2 Panamera
Panamera 2nd Gen (971)
Panamera Turbo S
Still In Production
This Porsche limousine boasts impressive performance stats like the other Turbo S E-Hybrid variants. However, a lengthened wheelbase with a bias towards rear-seat luxury is the 'cherry on the cake' that sets this one apart. The car promises a sporty package with the luxury of a limousine, and to be fair; it mostly delivers on both counts.
Porsche Panamera Turbo S E-Hybrid Sport Turismo (971.2)
2021 - Present
Panamera
971.2 Panamera
Panamera 2nd Gen (971)
Panamera Turbo S
Still In Production
The Panamera Turbo S E-Hybrid Sport Turismo is extreme indulgence at its peak. A family wagon with almost 700 hp on tap and the ability to launch hard enough to strain your back muscles. Porsche claims the car can hit 60 mph in just 3 seconds. It's impressive on its own, but even then, it seems the carmaker was being conservative as some motoring journalists were able to clock a time of 2.7 seconds. That's faster than a Ferrari 488 GTB!
The Porsche Mission R concept is intended to equal the performance of the 992-series 911 GT3 Cup. It features 900-volt fast-charging architecture, an 82.0-kWh battery pack, and modularly integrated front and rear motors with single-speed transmissions featuring straight-cut gears (typical in racing) and mechanical differential locks. The front and rear motors thus provide all-wheel drive and are identical; in "qualifying mode," they produce a total output of 1,073 horsepower, whereas "race mode" delivers 671 total horsepower. The Porsche Mission R is theoretically capable of a best 0-60-mph time of about 2.5 seconds and a top speed of 186 mph or so.
The 2021 Cayman GTS 4.0 is the perfect car. The old GTS used a 2.5-liter turbocharged flat-4, and while it was a perfectly strong engine with lots of low-end torque, it lacked the personality and linear power delivery of a free-breathing flat-six. It didn't sound half as good, either. The GTS 4.0 was built to offer more performance and more grunt as well as a more aggressive design and all the good options included as standard. The new 4.0-liter engine is borrowed from the 718 Spyder and Cayman GT4, detuned to produce 394 horsepower and 309 pound-feet of torque. A 6-speed manual is standard.
While the base Targa isn't the most dynamic 911, it will suit a certain buyer well. If you want the sexiest looking 911 that is a great all-rounder and you don't plan on spanking it all the time, then this is a great 911 to buy. Even in lower-powered form, the 3.0-liter is a peach of an engine. Torquey across its rev range, it responds quickly to prods of the throttle. The real problem with the Targa is the added weight and the structure, which hurts it dynamically.
Like the standard 4S, the Targa 4S produces 443 bhp @ 6500 rpm from a six-cylinder, 3.0-litre boxer engine with twin turbochargers, and puts it to the road via an eight-speed PDK and Stuttgart's refined all-wheel-drive system. 390 ft lbs from as low as 2300 rpm also means you have tons of mid-range power on tap for any situation. Compared to the previous generation Targa 4S, the new model is up 23 hp and 22 ft lbs of torque.
The Porsche 911 Targa 4S Heritage Design Edition showcases what is possible with Porsche's Exclusive Manufaktur program and what to expect from Porsche's Heritage Design Strategy. Inspired by the 356 and previous generations of the 911, Porsche's Heritage Design Strategy is bringing period-correct design cues into the current 992 generation 911. Cherry Metallic is the stunning color. Limited to just 992 units globally.
It would be a disservice to call this new Turbo a "lesser" car than the Turbo S, but it does have less in most departments. Less power at 573 HP. Less features compared to the jam-packed Turbo S. Most importantly, less money required to put one in your garage. This also is not to say that the new Turbo isn't anything short of a monster. It will still go 0 to 60 in 2.8 seconds, will corner like it was on rails with Porsche Torque Management (PTM) all-wheel-drive.
All Porsche 911s are turbocharged these days but the Turbo model is something special. It gets the twin-turbo 3.7-liter flat six with tons of power and a huge $33,000 savings over the Turbo S. Thanks to an output of 573 hp, marking an increase of 32 hp over the predecessor, the new 911 Turbo Cabriolet accelerates from 0 to 60 mph in 2.8 seconds (0.2 seconds faster than before). The Turbo Cabriolet basically handles like a coupe.
The current Turbo S comes with an all-new, 3.8 liter boxer six with two variable turbine geometry (VTG) turbochargers. The power output is a staggering 640 HP and 590 lbs-ft of torque. In keeping with previous Turbo models, the engine powers all four wheels. A new 8 speed automatic transmission with a manual mode manages the power, and can power the car to 60 MPH in a hair under a claimed 2.6 seconds. This is a staggeringly quick and capable car.
The 2022 Porsche 911 Turbo S Cabriolet is a formidable beast. The new Turbo S comes with an all-new, 3.8 liter boxer six with two variable turbine geometry (VTG) turbochargers. The power output is a staggering 640 hp and 590 lbs-ft of torque. In keeping with previous Turbo models, the engine powers all four wheels. A new 8 speed automatic transmission with a manual mode manages the power, and can power the car to 60 mph in a hair under a claimed 2.7 seconds.
The Porsche Vision Gran Turismo concept is designed for the PlayStation video game, Gran Turismo 7. Porsche, like other automakers, has designed a car specifically for the game. While it may seem like a mid-engined sports car, the Porsche Vision GT is a pure EV. It features no traditional doors. Instead, the upper canopy opens up at the front to access the cockpit. The pure EV uses an 87 kWh battery that would last for 310 miles. The peak power output is a bit under 1,300 hp from an all-wheel-drive setup. The Porsche VGT can accelerate from 0-62mph in a plausible 2.1 seconds and max out at 217mph.
Porsche will only build 30 examples of the Clubsport 25. Mechanically, it's similar to the regular GT2 RS Clubsport. It makes the 691 horsepower from a twin-turbocharged 3.8-liter flat-six. But it gets many, many changes to the exterior and even the cooling system. As you can clearly see, the body has been lengthened, and it has also been widened. The latter is necessary to house the wide, low-offset 18-inch wheels taken from the Porsche 935, though without the aerodynamic covers.
The third generation of the Porsche Cayenne was unveiled in August 2017. The third generation Cayenne is built on a totally new platform, shared with SUVs like the Bentley Bentayga and Lamborghini Urus. It was fitted with important technical upgrades, such as the rear-axle steering system, which allowed a better cornering speed and an easier parking maneuver.
The E-Hybrid version of the current Cayenne came in 2018. Porsche used the same platform as the Bentley Bentayga and the Lamborghini Urus for the third generation of the Cayenne. This platform was designed from the beginning to accept a hybrid version. It also featured a rear-axle steering system which really helps with low speed turning and cornering at speed.
The 434-hp Cayenne S goes from 0 - 60 mph in just 4.2 seconds. Its twin-turbocharged 2.9-liter V-6 helps it to crush the quarter-mile in just 12.8 seconds. Perhaps even more impressive is that the on the optional 21-inch Pirelli P Zero summer tires, the Porsche has a 0.93 g of cornering grip. This is basically a sports car in an SUV body. The Cayenne's dynamic excellence is unmatched in the segment. Easily the best SUV on sale today.
Its top model was the Cayenne Turbo, with 550 hp under the hood. The third generation came to fix what its predecessor was criticized for: the exterior design. While the second generation featured some details that could remind of a Hyundai, the third generation was completely new from tip to toe. Under the hood, the Cayenne Turbo featured a 4.0-liter V8 unit with two turbochargers. It was mated as standard to an eight-speed automatic transmission.
The Cayenne Turbo S E-Hybrid models, mix ultimate performance with comfort and Infotainment. The twin-turbo V8 engine and electric motor combination make it an absolute monster. So much so, that it became top dog in the Porsche SUV lineup, relegating the 541-hp Cayenne Turbo to second place. This is an SUV that has the price, prestige, and performance. Generating 670 combined horsepower and 633 lb-ft of torque.
The Cayenne Coupe is a version of Porsche's largest SUV with a heavy dose of extra swagger. Porsche introduced the new variant a year after the debut of the third-generation Cayenne, for the 2020 model year. It is inspired by other midsize fastback SUVs like the BMW X6 and Mercedes-Benz GLE Coupe, and Audi Q8.
Porsche fitted the Cayenne E-Hybrid with a turbocharged 340 hp 3.0-liter V6 engine combined with a 136 hp electric motor for the drivetrain. Total combined power output reached 462 hp. The whole assembly was mated to an 8-speed automatic transmission that sent the power in all corners. Now it comes with a coupe body? Not sure the combination makes much sense to us, but hey this is Porsche and they know more than we do I guess.
The 434-hp Cayenne S goes from 0 - 60 mph in just 4.2 seconds, same as the SUV. In fact, the Coupe and SUV share everything from engines to suspension components to interior trimmings and onboard tech, with only a sloping roofline setting them apart. Our advice. If you want less practicality with a cool fastback roofline, the Porsche Cayenne S coupe is a more stylish version of the Cayenne S. A great all rounder.
The V8 is back in the Cayenne GTS after a break for the second generation (it got a twin-turbo V6). The Cayenne GTS is now also available in the new "Coupe" body style. A twin-turbocharged 4.0-liter V8 is good for 453 horsepower and 457 lb-ft of torque. Zero to 60 mph takes a claimed 4.2 seconds if the Sport Chrono package is fitted, and top speed rises to 168 mph. he only transmission available is an eight-speed automatic. This is one sweet ride.
Three letters are all it takes to describe the glint in your eye and intense goosebumps – GTS. Pure and thrilling: the Cayenne GTS models bring a motorsport atmosphere to the road. Enough power to strive for more freedom: with 453 hp and 457 lb.-ft. of torque, the 4.0-liter twin-turbo V8 engine exudes a drive that helps achieve your goals. The striking black accents on the front fascia, sideskirts and aerodynamic roof spoiler combined with the coupe bodystyle.
Car and Driver said "It isn't really a coupe, but this 541-hp fastback SUV is the same awesome Cayenne Turbo underneath—with a sexier backside". We agree. Here's all you really need to know about the 2020 Porsche Cayenne Turbo Coupe: With its 541-hp twin-turbo 4.0-liter V-8, eight-speed automatic transmission, and all-wheel drive, the new fastback version of Porsche's largest SUV is mechanically identical to the conventional Cayenne Turbo squareback, and the two vehicles feel exactly the same from behind the wheel.
The Cayenne Turbo S E-Hybrid Coupe mixes ultimate performance with comfort and Infotainment. The Turbo GT has all the attributes to be ahead of the game from the start. The twin-turbo V8 engine and electric motor combination make it an absolute monster. So much so, that it became top dog in the Porsche SUV lineup, relegating the 541-hp Cayenne Turbo to second place. This is an SUV that has the price, prestige, and performance, but it is the Coupe that has the looks. Generating 670 combined horsepower and 633 lb-ft of torque.
Porsche is stuffing a built twin-turbocharged 4.0-liter into the Cayenne Coupe, and it's the most powerful V-8 the German automaker has ever produced. It makes 631 horsepower in this new Turbo GT model, and Porsche says its factory driver Lars Kern set a new SUV lap record at the Nürburgring Nordschleife in it lapping the 12.9-mile course in 7:38.9. The new Cayenne will arrive in the U.S, only in Coupe form, next year starting at $182,150.
The Platinum Edition comes to the SUV and coupe body styles for 2022. The Platinum Edition Cayenne applies a coat of Satin Platinum paint to a number of the vehicle's badges, as well as its fascia-mounted intake treatment and its distinct 21-inch wheels. Black exhaust tips and window trim add an extra hint of menace to the model. With a starting price of $80,350, the Platinum Edition SUV costs $10,000 more than its run-of-the-mill counterpart. This includes swiveling LED headlights, a panoramic sunroof, Bose premium audio, eight-way power sport seats, and ambient interior lighting.
The Platinum Edition comes to the SUV and coupe body styles for 2022. The Platinum Edition Cayenne applies a coat of Satin Platinum paint to a number of the vehicle's badges, as well as its fascia-mounted intake treatment and its distinct 21-inch wheels. Black exhaust tips and window trim add an extra hint of menace to the model. With a starting price of $80,350, the Platinum Edition SUV costs $10,000 more than its run-of-the-mill counterpart. This includes swiveling LED headlights, a panoramic sunroof, Bose premium audio, eight-way power sport seats, and ambient interior lighting.
Porsche Cayenne SUV E-Hybrid Platinum Edition (9Y0)
2022 - Present
Cayenne
9YA Cayenne
Cayenne 3rd Gen (9YA) (2018–)
Cayenne
Still In Production
The Platinum Edition comes to the SUV and coupe body styles for 2022. The Platinum Edition Cayenne applies a coat of Satin Platinum paint to a number of the vehicle's badges, as well as its fascia-mounted intake treatment and its distinct 21-inch wheels. Black exhaust tips and window trim add an extra hint of menace to the model. With a starting price of $80,350, the Platinum Edition SUV costs $10,000 more than its run-of-the-mill counterpart. This includes swiveling LED headlights, a panoramic sunroof, Bose premium audio, eight-way power sport seats, and ambient interior lighting.
Porsche Cayenne E-Hybrid Coupe Platinum Edition (9YA)
2022 - Present
Cayenne
9YA Cayenne
Cayenne 3rd Gen (9YA) (2018–)
Cayenne
Still In Production
The Platinum Edition comes to the SUV and coupe body styles for 2022. The Platinum Edition Cayenne applies a coat of Satin Platinum paint to a number of the vehicle's badges, as well as its fascia-mounted intake treatment and its distinct 21-inch wheels. Black exhaust tips and window trim add an extra hint of menace to the model. With a starting price of $80,350, the Platinum Edition SUV costs $10,000 more than its run-of-the-mill counterpart. This includes swiveling LED headlights, a panoramic sunroof, Bose premium audio, eight-way power sport seats, and ambient interior lighting.
The Platinum Edition comes to the SUV and coupe body styles for 2022. The Platinum Edition Cayenne applies a coat of Satin Platinum paint to a number of the vehicle's badges, as well as its fascia-mounted intake treatment and its distinct 21-inch wheels. Black exhaust tips and window trim add an extra hint of menace to the model. With a starting price of $80,350, the Platinum Edition SUV costs $10,000 more than its run-of-the-mill counterpart. This includes swiveling LED headlights, a panoramic sunroof, Bose premium audio, eight-way power sport seats, and ambient interior lighting.
The Platinum Edition comes to the SUV and coupe body styles for 2022. The Platinum Edition Cayenne applies a coat of Satin Platinum paint to a number of the vehicle's badges, as well as its fascia-mounted intake treatment and its distinct 21-inch wheels. Black exhaust tips and window trim add an extra hint of menace to the model. With a starting price of $80,350, the Platinum Edition SUV costs $10,000 more than its run-of-the-mill counterpart. This includes swiveling LED headlights, a panoramic sunroof, Bose premium audio, eight-way power sport seats, and ambient interior lighting.
Porsche introduced yet another facelift for the Macan lineup for the 2022 model year. The range got more power under the hood, a refreshed design, and an improved interior. The base turbocharged 2.0-liter four-cylinder now makes 261 horsepower. It is a newly developed, turbocharged four-cylinder engine that helps hustle the base Macan from 0 - 60 mph in just 6.2 seconds and reaches a top speed of 144 mph. The redesign on the outside gives the base 2022 Macan a tighter look.
Front fascia with newly designed spoiler. The characteristic Macan side blades in new designs. The redesigned rear fascia and diffuser. Revised steering wheel options. The base turbocharged 2.0-liter four-cylinder now makes 261 horsepower. Standard features include a 10.9-inch touchscreen infotainment system, a 10-speaker audio system, and LED headlights.
The 2022 GTS get the same engine that powered last year's Turbo model, a twin-turbocharged 2.9-liter V-6 rated for 434 horsepower and 405 lb-ft of torque, which amount to increases of 59 horses and 22 lb-ft over the previous GTS. All Macans also come standard with a seven-speed dual-clutch automatic transmission and all-wheel drive, which combine to push the GTS into the "genuinely fun" category of athleticism and should help it mimic the Turbo's 3.5-second sprint to 60 mph.
This entry-level variant in the Taycan lineup is cheaper than a 911 and Panamera, making it an interesting prospect. It gets one less motor than the Taycan 4S and less standard equipment. Horsepower and torque figures change depending on whether you get the standard 79-kWh battery or pay $5780 for the 93.4-kWh Performance Battery Plus. The bigger battery gives you 469 hp and 263 lb-ft of torque when using launch control, or 375 hp in regular operation. According to Car and Driver, the "base model could be the pick of the lineup".
In 2022 the base model was released in this new Sport Turismo body style. This entry-level variant in the Taycan lineup is cheaper than a 911 and Panamera, making it an interesting prospect. It gets one less motor than the Taycan 4S and less standard equipment. Horsepower and torque figures change depending on whether you get the standard 79-kWh battery or pay $5780 for the 93.4-kWh Performance Battery Plus. The bigger battery gives you 469 hp and 263 lb-ft of torque when using launch control, or 375 hp in regular operation.
With a spacious interior and two luggage compartments, providing comfort and convenience for four, the Taycan Cross Turismo body style is more practical than its sedan sibling. Unlike the Taycan sedan, all Cross Turismo models come standard with the larger of the two available battery packs, an 83.7-kWh unit. In the 4, that pack powers the two motors to an available 469 horsepower when using launch control. During normal use, you get 375 horsepower and 368 pound-feet of torque.
The Taycan 4S is the more affordable version of the four-door electric car, but it still offers impressive performance and a high price tag. The Taycan 4S is the sweet spot for Porsche's electric four-door sports car, with more than enough performance for daily driving and enough equipment to feel like it is worth the money. The 4S makes a total of 522 horsepower with its base 79.2-kWh battery pack and 563 horses with the optional one, the 93.4-kWh Performance Battery Plus. Porsche claims a zero-to-60-mph time of 3.8 seconds for the 4S.
Porsche's Taycan Cross Turismo is the wagon addition to the Taycan EV family and the 562-hp 4S variants is probably our favorite version. Why? Because the Taycan Cross Turismo's combination of looks, speed, and space put it into the realm of the now-legendary wagons like the Audi RS6 Avant and Mercedes-AMG E63 S wagon and they are some of our favorite cars on the planet. Do yourself and your family a favor and get this baby now.
Porsche's Taycan Sport Turismo is the new bodystyle for the 2022 model year (one of three bodystyles available for the 4s). It still gets the 562-hp 4S powertrain and is the sportiest looking variant. The Taycan Cross Turismo's has a great combination of looks, speed, and space put it into the realm of the now-legendary wagons like the Audi RS6 Avant and Mercedes-AMG E63 S wagon and they are some of our favorite cars on the planet.
Most of us have come to know what Porsche’s GTS lineage stands for: a focus on vehicle dynamics while deferring in terms of sheer horsepower to the most powerful in the range; a unique look and a wealth of standard equipment, especially the good performance stuff. Same formula for the Taycan GTS. It sits between the 4S and the Turbo and has 590 hp and 623 ft lbs, good for 0 - 60 mph 3.5 seconds. It feels much more rear-driven than the Turbo and has way more engaging handling characteristics as a result.
The Sport Turismo bodystyle is unique the to Taycan GTS for U.S buyers. It is the sexiest bodystyle in the range and more practical than the sedan too. It isn't the most powerful in the range; but it gets a wealth of standard equipment, especially the good performance stuff. The Taycan GTSSport Turismo sits between the 4S and the Turbo and has 590 hp and 623 ft lbs, good for 0 - 60 mph 3.5 seconds. It feels much more rear-driven than the Turbo and has way more engaging handling characteristics as a result.
It is expensive, it is fast and it is exceptional. The Porsche Taycan Turbo shows us that Porsche's electric future is going to be great for drivers. The Taycan Turbo feels even relentlessly rapid at any speed and the best part is that it really feels like a Porsche from behind the wheel. The Turbo has the same 93.4kWh battery stack as the Turbo S, and the same 614bhp power output. But when you’re going for it in Performance mode, the Turbo’s overboost power and torque are reduced compared with the Turbo S. It means the Turbo is four-tenths slower to 60 mph from standstill.
The performance-oriented all-electric station wagon has arrived and we like what we see. The Taycan Turbo Cross Turismo gets the same dual-motor all-wheel-drive as the Taycan sedan featuring a Gravel drive mode, standard air suspension, and minor ride-height increases. With a permanent-magnet motor at each axle, the rear drives a two-speed automatic and the front a single-speed gearbox. Power is a kind of nuts 616 hp and 626 lb-ft, which we think is more that enough for the kids daily trip to school. Feels much the same as the sedan version but looks way cooler.
The Porsche Taycan Turbo S is pumping out 750hp and 774lb-ft tq from 93 kwH battery and 2 electric motors. The Turbo S is clocked at a super-fast 2.6 seconds for the 0-60 mph. The performance is mind-bogglingly quick and it is utterly relentless at any speed. But most impressive is just how the Taycan Turbo S drives through the bends, how it feels when moving going quickly. It feels like a Porsche. On the inside, it is modern, luxurious and feels like the future. We love everything about the Taycan Turbo S except the price. It ain't cheap.
With 750-horsepower, launch control and gravel mode in a family-friendly wagon, this may be the most practical car on the planet. Take the screaming fast all-electric Taycan Turbo S—the fastest, most powerful version atop the Taycan range—and make it a wagon with a little more ground clearance (0.78 inches) and more headroom (3.62 inches) in the rear seats, and you have the Taycan Turbo S Cross Turismo. The all-wheel-drive Taycan Turbo S Cross Turismo has one electric motor per axle, with a one-speed transmission up front and a two-speed transmission in the rear.
Stuttgart. Porsche is celebrating the 25th birthday of its roadster family with a special anniversary model: the Boxster 25 Years. The limited edition is restricted to 1,250 units worldwide and is based on the GTS 4.0 model, which is powered by a 4.0-litre six-cylinder boxer engine with 294 kW (400 PS). It makes reference to numerous design features of the Boxster concept car that heralded the success story of the open-top two-seater at the 1993 Detroit Motor Show. The production version was launched in 1996 with hardly any changes in its visual appearance and is now in its fourth generation.
New for 2022 is the most exciting Cayman ever, the 718 Cayman GT4 RS. The GT4 RS is equipped with the same scintillating flat-six engine that powers the 911 GT3. It's a 4.0-liter unit that makes 493 hp and 331 lb-ft of torque in the GT4 RS. Porschephiles will notice that those figures are not quite as high as in the 911 GT3, which packs 502 hp and 346 lb-ft. Big numbers for a small, lightweight car. It is only available with a seven-speed dual-clutch to optimize lap times further. Nobody has driven it yet from the motoring public, but we eagerly await that day and will report back here.
The most significant change is the 4.0 litre six-cylinder boxer engine. This high-revving powerplant has been taken directly from the 911 GT3 Cup race car and develops 500 PS in the 718 Cayman GT4 RS Clubsport – 75 PS more than the previous GT4 Clubsport model. In addition to many upgraded details, the focus in developing the new 718 Cayman GT4 RS Clubsport was on further improving overall performance. The standard 7-speed dual-clutch transmission (PDK) fitted to the car now uses all seven forward gears, rather than six.
The reality was that in the past you could basically build your own GTS. In the past, Porsche offered an optional factory "power kit" for 911 Carreras, but things are different now. That isn't an option for the 992. The 992 Porsche 911 Carrera GTS is therefore your only pass for accessing a version of the 3.0-liter twin-turbo flat-six tuned up to 473 hp and 420 ft lbs of torque. Those figures are achieved via an approximately 14.5 percent increase in turbo boost pressure.
The 2022 Porsche 911 Carrera GTS Cabriolet arrives with 473 horsepower and 420 ft lbs of torque. Porsche's ultimate Carrera cabriolet model is brilliant, and flexible. Sure, you can go faster in a 992 911 Turbo, but we guarantee it won't be as much fun or as engaging as the GTS Cabriolet. This is just a great car, an all-round sports car that combines effortless performance with open top fun. It gets a 3.0-liter twin-turbocharged flat-six engine producing 473 horsepower.
The engine is the same 3.0-litre, twin-turbocharged flat-six petrol engine as in the 911 Carrera S, but it has been fettled to produce 473 bhp. The GTS also has a bespoke suspension set-up that sits 10mm lower than the standard 911, and that's true no matter whether you choose two- or four-wheel drive. Most of the time, there's absolutely no difference between the standard GTS and the all-wheel-drive version. But when you need it, the AWD Carrera 4 GTS will save you.
Porsche has also decided to gift the GTS a more distinct and dynamic personality that can’t be duplicated via the Carrera S’s options list (even if you could get the engine, which you cannot). The downside is that the price has gone up too and ticking a few more options boxes can get the Carrera 4 GTS Cabriolet into 911 Turbo territory price-wise. In the engine department, the 3-litre twin turbo flat six develop 473 bhp and 420 ft lbs.
The 2022 Porsche Targa 4 GTS adds more grunt, packs less weight, has sharper handling, and packages it up in the sexiest bodystyle that Porsche sells. The Targa 4 GTS gives us the best of all worlds, providing all-wheel-drive traction, an open-top experience, and a fixed-roof feeling in the same car. Its automatic transmission and adaptive suspension completed the image of a daily-driver sports car. This may be the perfect car.
The 992-era 911 GT3 confirms that Porsche is prepared to go to astonishing lengths to keep the hardcore faithful happy. The engine is a naturally aspirated 4.0-litre that revs to 9,000 rm and has little in common with the unit found elsewhere in the 992 range and a lot to do with the one in the GT3 Cup car. Power is up a modest 10bhp to 503 bhp, torque to 347 ft lbs. That’s more than enough. It’ll accelerate to 62mph in 3.4 seconds. It is the best sports car on the planet.
The Touring makes sense for those who envision their GT3 more as a daily mode of transportation than a track specialist (it can do both well). GT performance is good enough for any paved road but the Touring was created for a certain type of personality. There is no other car that can invoke a sense of connection and purpose like a GT3 Touring (with a 6-speed manual transmission) can. This is the car to buy and own forever.
In 1972 Porsche Design was founded. The celebratory car is a 911 Targa 4 GTS, painted and finished to commemorate the Chronograph 1, which Porsche says was the first all-black watch. Gloss black paint is highlighted by a Satin Platinum finish on the targa bar and wheels. Inside, the Edition 50 Years Porsche Design—as English majors, you have no idea how painful it is for us to type that—gets black-and-gray checkered upholstery, a slate-gray steering wheel, and plenty of limited-edition badging, including F.A. Porsche's signature embossed into the center armrest. The powertrain is standard for the Targa 4 GTS.
The Porsche Mobil 1 Supercup features the Porsche 911 GT3 Cup, the world’s best-selling race car. For this season, it’s the new generation. 510 hp, optimised intake manifold, electronic gearshift and power steering, fully digital cockpit, larger rear wing, and a double-wishbone front axle. This is a meaningfully upgraded race car. The new 911 GT3 Cup is taking on a great legacy. And it has already proven itself!
The 2023 Porsche Macan T brings touring style to the Macan. This new model sits between the base Macan and the midlevel S. Positioned between the base Macan and the midrange Macan S, the Macan T packs the same 2.0-liter turbocharged four-cylinder found in the entry-level model, delivering 261 horsepower and 295 pound-feet of torque through a standard seven-speed PDK dual-clutch transmission. The German automaker says the powertrain is good for a 5.8-second 0-to-60-mph dash and a top speed of 144 mph. Unsurprisingly, those are the same factory performance estimates as the standard Macan when fitted with the optional Sport Chrono Package that comes standard on this T.
A total of 1,250 examples of the limited-edition model by Porsche Exclusive Manufaktur. While the original was a Carrera S, this time around, the power and handling come from a much feistier car, the Type 922 Turbo S. Returning is that amazing grey paint, that swooping ducktail spoiler, and the double-bubble roof. All-new is a mildly detuned Turbo S engine producing 543 HP and 442 lb-ft of turbocharged torque, mated to what can only be called a gift from the gods, a 7-speed gearbox that requires you to use your left foot and right hand to change gears with, directing power to the rear rubbers only.
To mark the 90th anniversary of the Hockenheimring, Porsche presents the first special edition based on its electric sports car: the Porsche Taycan GTS Hockenheimring Edition. Many unique details, such as paintwork in Stone Grey from the custom colour programme combined with Bronzite accents set this special edition apart. The Porsche Exclusive Manufaktur has customised the interior in black leather with decorative stitching and many other elements in Island Green.
If you're not one for celebrating special models that don't improve performance, this 2023 Porsche 911 Carrera GTS Cabriolet America will be right up your alley. Porsche has gone beyond just slapping on some new paint, unique trim, and special wheels. There is some performance to go along with the history behind the America name-plated Porsche, besides the incredibly long name.
Arguably the most extreme 911 to be build as a production car for the road and track. The most significant improvements made to the RS—over both the 992 GT3 and the previous-gen 991 GT3 RS—were applied to the aerodynamics and chassis departments of the car. The new 911 GT3 RS is even more optimized for track use than its predecessors. The spontaneously responsive, high-revving four-litre, six-cylinder boxer engine with approximately 500 PS has proven ideal for use at track days and club sport events. That’s why we focused primarily on aerodynamics and chassis questions in the development of the new 911 GT3 RS.
The return of the Touring badge, now on the Type 992. In a way, the car may seem sparingly equipped, and apart from the paint color, the wheels, and if you want a 7-speed manual or 8-speed PDK, it is. But it’s what it’s equipped with that makes the Porsche purists smile.
Porsche makes sports car history by launching its first publicly available rally car, the $223,450 911 Dakar. After extensive testing, Porsche has settled on a 3.0-liter twin-turbo six-cylinder boxer engine with 473 hp and 420 lb-ft of torque and an 8-speed PDK. True to rally form, an 80-mm suspension lifts the car, along with an optional roof rack and model-specific Pirelli Scorpion all-terrain tires.
Fresh colours and harmonious contrast packages characterise the new Porsche 718 Boxster Style Edition and 718 Cayman Style Edition sports cars. Available on the base model, this is a sweet package for the buyer looking to jazz up their base Cayman or Boxster and make them really special. The package is more than skin deep too, with some tasty options that enthusiasts will also love.
Fresh colours and harmonious contrast packages characterise the new Porsche 718 Boxster Style Edition and 718 Cayman Style Edition sports cars. Available on the base model, this is a sweet package for the buyer looking to jazz up their base Cayman or Boxster and make them really special. The package is more than skin deep too, with some tasty options that enthusiasts will also love.
“We created a very special birthday present in the form of the Porsche Vision 357, one which uses the 356 as a basis to underscore the significance of our design DNA,” said Michael Mauer, Vice President Style Porsche. “The concept car is an attempt to combine the past, present and future with coherency, featuring proportions that are reminiscent of its historical archetype and details that visualize the outlook for the future.”
