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.
