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1991 968
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1986 959
1984 928 Study 50
1983 956 - 104
1981 924 Carrera GTS
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1981 944
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1978 928
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1977 935
1977 936 Le Mans
1976 924
1973 911 G-Modell
1973 Carrera RS
1973 911 Targa
1971 917 Rosa Schwein
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1971 Targa
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1969 911
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1967 917
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1966 First crashtests
1966 906 Carrera 6
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1965 912
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1964 904 Carrera GTS
1964 904
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1963 Elva
1960 356 B
1960 356B 2000GS
1959 754
1959 356 B
1956 597 'Hunting car'
1956 356 Brake
1956 356 Engine
1953 550 Spyder

1950 356 SL
1948 First 356
1947 356 preparation
1947 Cisitalia
1922 Car Sascha
1898 Electric car
1897 Lohner-Porsche
Engine data


  Porsche 911 Carrera 4S





model996
EngineBoxer six-cylinder
Displacement (bore * stroke)3596 cm³ (96,0 mm * 82,8 mm)
CrankshaftMounted sevenfold
Compression ratio9,0 : 1
Engine control2 * DOHC, 4V, chain, inlet adjustment, switchable valve lift
Torque370 Nm at 4250 rpm
Performance235 kW (320 HP) at 6800 rpm
Drive trainRear engine, all-wheel drive, permanently, visco clutch
TransmissionManual six-speed
Wheelbase2.350 mm
Suspension frontMcPherson spring struts, wishbone
Suspension rearSpring struts, wishbone/trailing arm
SteeringGear rack, servo
Brakes f/rDisks, ventilated, four-piston brake callipers front
Wheels f/r225/40 R 18 (8")
295/30 R 18 (11")
Length4.435 mm
Width1.830 mm
Height1.295 mm
Tank capacity64 litres
Payload375 kg
Kerb weight1570 kg incl. driver
Top speed280 km/h
Year of manufactureFrom 2001
Purchase priceFrom 87,000 euros


If you're at all interested in the development of the all-wheel drive in the Porsche company, have a look at the above video. This is the 911 SC 4x4, which won the 1984 Paris - Dakar rally. It's successor was the 959, of which you can read more about here. Unmentioned is still the 597 Jagdwagen (Hunting car). All the other predecessors like the Cisitalia and the VW-Commanders car don't actually belong to the history of the Porsche company.


Ever since the 1988 964, one can also acquire the 911-series with 4WD. Right now, one would have to lay out the added price of a well equipped compact car. One would then get the same engine, but not the significant complexity in the rear body area, which, through the conversion from rear- to all-wheel drive, one would rather expect to find up front. Indeed, there is almost nothing to be seen of the shaft to the front and the visco-clutch. In the rear it's very different, there the car is now 60 mm wider and tied up with the much more expensive turbo-charger. What is missing, are the intakes in the rear mudguards for the intercooler up front.


Apart from the turbo, they are all normally aspirated engines. However, and for the first time, in the 996-series they are liquid-cooled. Hence, the relatively large openings on the left and the right up front for the two radiators. The torque of the standard model is not yet electronically influenced. Fundamentally, 5% goes to the front, which together with the extra weight on the front axle provides better directional stability and more feedback from the steering. It is said that the car runs altogether more smoothly, but is also more direct, which as far as the springing is concerned, is not always an advantage for the driver. With an RPM difference between the front and the rear, the viscous clutch locks more vigorously and sends up to 40% to the front.


Perhaps they have specifically selected engines in the upper performance range, since in spite of having a tare weight of a good 100 kg more, the performance doesn't appear to have suffered at all. That would have been quite something, if, with the extendable spoiler, turbo rear-end and turbo-braking system, it turned out to be the slowest 911 of them all. This 996 however, has reintroduced one detail from its predecessor, the red band, which unfortunately, could also be rededicated to form an illuminated Porsche-lettering. 07/15



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