Engine
Engine of any car must be very powerful and we can judge its power by its horsepower any cubic capacity (CC). This car has an engine of 7004 CC or 427 cu in. Saleen S7 Twin-Turbo car has an engine of type V8 and it is a twin turbo engine. An engine of this car has torque lb-ft 700 i.e. 950 of Nm at 4800 rpm.
Horsepower
Horse power of Saleen S7 Twin-Turbo car is 750 bhp which is 560 KW and also with the 6300 round per minutes. It has the 6500 Read line at rpm.
Brakes
Brakes of Saleen S7 Twin-Turbo car are very powerful. Brakes have vented disk in both front as well as in rear wheels.
Driveline
Many cars have the drive line in two wheels only and many have in all of four wheels. Saleen S7 Twin-Turbo car has the driveline in two wheels only and those two wheels are rear wheels.
Tires
Tires of any car affect the car maintenance very much. Dimension of the tires also affects the race. Dimension allows the car to rum on the roads with more grips. If tires are more wide they give a strong grip on the road for the car and also increase the maintenance of the car.
Saleen S7 Twin-Turbo car has the front tire dimension as 275/35 R19 while its rear tire has the dimension as 335/30 R20.
Exterior Dimension
Exterior dimension of the car gives an effective look to its body. If a car is in proper dimension then it will also be helpful in running because it also depends on the car structure that how it moves by passing from air. Saleen S7 Twin-Turbo car has the dimension as length equal to 188. Its width is 78.3 and height is 41 only.
Weight
Saleen S7 Twin-Turbo car has the weight 2950 lb which is equal to 1340 kg. Weight of any car also affects its mileage. If the car is of more weight its mileage would be low and vice versa.
Acceleration
Acceleration of Saleen S7 Twin-Turbo car is very high in comparison to other cars. Its acceleration is 0 to 62 mph with in 2.8 seconds only. Acceleration allows the car to get maximum speed in minimum time.
Quality material
As Saleen S7 Twin-Turbo is a sport car so good quality material has been used for its body. This car is an example of great engineering in which engineers used the stainless steel valves also. For the overall weight distribution and better packaging a front engine accessory drive (FEAD) system was designed.
