Email


A    B    C    D    E    F    G    H    I    J    K    L    M    N    O    P    Q    R    S    T    U    V    W    X    Y    Z




Bookstore
Exercises

Wheel change
Save Energy
History
Formulary


Ganz neu ...

Ganz neu ...


Germany 1
Germany 2
Germany 3
Germany 4
Germany 5

Porsche
Ferdinand Porsche
Short story
History
2015 Boxster Spyder
2015 Cayman GT4
2014 911 Carrera GTS
2014 919 Hybrid
2014 Cayenne Hybrid
2014 Cayenne
2014 911 Targa
2014 50 years 911 Engine
2013 911 GT 3
2013 Macan
2013 911 Turbo
2013 918 Spyder
2013 Cayman
2012 Boxster
2012 911 Cabrio
2011 911
2009 Boxster
2009 Panamera
2009 911 Turbo
2009 911 GT 3 RSR
2008 911 S Carrera C.
2008 911 Targa 4
2006 911 Turbo
2006 911 GT 3 RS
2005 911 Turbo Coupe
2005 RS Spyder
2005 Cayman
2005 Boxster
2003 Carrera GT Engine
2003 Carrera GT
2002 Cayenne
2001 Carrera 4S
2000 Boxster
1999 6-cyl. Turbo
1999 6-cyl. engine
1997 Turbo Coupe
1997 911 GT 1
1993 911
1993 Turbo Cross Sect
1991 968
1989 911 Speedster
1986 959
1984 928 Study 50
1983 956 - 104
1981 924 Carrera GTS
1981 924 Carrera GTR
1981 944
1981 Aircraft engine
1979 924 Turbo
1978 928
1977 911 930 Turbo
1977 935
1977 936 Le Mans
1976 924
1973 911 G-Modell
1973 Carrera RS
1973 911 Targa
1971 917 Rosa Schwein
1971 Sixteencylinder
1971 Targa
1970 911 S Typ 915
1969 914
1969 914 (Eight cylinder)
1969 911
1967 907 Short Rear
1967 917
1967 911
1967 911 Targa
1966 First crashtests
1966 906 Carrera 6
1966 911 S
1965 912
1964 911
1964 904 Carrera GTS
1964 904
1963 911
1963 911 Motor
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 550 Spyder









Porsche Spyder RSK
EngineBoxer-Vierzylinder
Displacement, (bore * stroke)1498 cm³ (85,0 mm * 66,0 mm)
Compression ratio9,8 : 1
Engine control2 * DOHC, upright shafts, rocker arms
Mixture preparation2 double downdraft carburettors
Torque146 Nm at 6300 rpm
PerformanceFrom 110 kW (150 HP) at 8000 rpm
Drive trainMidsized engine, longitudinal, rear drive, locking mechanism
TransmissionFour-speed plus starting gear
Front suspensionCrank arm, torsion bar suspension
Rear suspensionDual-joint swing axle, coil springs
SteeringRoss steering
BrakesDrums, outside light metal, later front Duplex
Wheels f/r5.60 - 16 / 5.25 - 16
Wheelbase2.100 mm
Length3.600 mm
Width1.510 mm
Height880 mm
BodyAluminium
Tank capacity80 litres
Kerb weight530 kg, dry
Top speedUp to more than 250 km/h, depending on transmission ratio
Year of manufactureFrom 1958
Electric system12 V/ 216 W


Yes indeed, this is the car in which James Dean lost his life and his mechanic escaped with injuries, it was in a collision with an oncoming car which unexpectedly turned in front of him.

FormularbeginnThe Spyder 550 was created on the initiative of the Frankfurt VW-dealer, Helm Glöckler, who won the 1952 German Road-Racing championship in a construction of his own. Indeed, the idea of turning the complete former Beetle power-unit around, had already been realised in the first Gmund-Porsche.

Nothing else of course, was of any use, despite retaining the suspension from the rear part of the frame, so that the axles could be directly connected through a tubular frame. In the meantime, this was also altered more. Apparently, the low tare-weight, linked to the light weight of the frame, was responsible for the model name '550'.

Generally speaking, looking at the silhouette of the Porsche, for many years it remained pretty much unchanged. This was not the case with the interior, whereby, the above mentioned alterations to the tubular frame, e.g., in the RS, are not the only examples. These included the changeover from the push-rod- to the Fuhrmann-engine, which you can read about here.

Although the Fuhrmann-engine was already running in the Porsche at the beginning of 1953, the Eifel Race e.g., was won by Glöckler, still using the push-rod engine. Apparently it produced just under 59 kW (80 HP), enough for just under 200 km/h. This should tell you, just how good the bodywork was. This was however not enough. Just as a comparison: Ferrari's 125, with its 1,5 liter-V12, produced 74 kW (100 HP) from the word go.



Apparently, the Spyder was only given this name after being fitted with the Fuhrmann-engine. They competed, e.g., in Le Mans with the, in the beginning 81 kW (110HP) and scored a double victory in their class. This was to be repeated often, until the 917 won the overall victory for the first time. Whatever the case may be, the Spyder was, more or less, the start of Porsche's racing career. 01/15




cartecc.comImprintIndex