Jaguar XJ220

Jaguar was the mid engine sport car produced by jaguar which held the record of highest speed production car up to 350km/h. the production car was first shown to the public in October in 1991 after many significant changes to the car.

Specification of Jaguar XJ220 consists of: 

    1. Manufactured by Jaguar with the collaboration of Tom Walkinshaw Racing between 1992 and 1994.
    2. Jaguar XJ220 comes with a powerful V12 engine with an intention to create a vehicle with speed exceeding to 320km/h
    3. Fuel system is made by Zytek electronic sequential fuel injection.
    4. Transmission in the car makes the use of five speed transaxle with twin plate clutch and a four wheel drive with viscous coupling locks across front and rear differentials.
    5. Chassis is made of aluminum honeycomb tub with bolt on alloy body panels with a front splitter and rear spoiler.
    6. Suspensions used in the car in front: double wishbone, push rod and rocker operated spring damper units and an anti-roll bar. Rear: an independent, double wishbone, and rocker-operated twin spring damper units.
    7. Jaguar XJ220 takes 3.5 sec to go 0-60mph. after making modifications makes the car goes to the top speed of 217.1mph (349.4km/h).
    8. Jaguar is made with a light weight material and two seater space a powerful V12 engine, the car weights up to 1560kg (3439 lb).

 

Formula One Car

Formula One, where auto insurance as well as life coverage is must, is a sport featuring open wheel race cars with an open cockpit. The car has extensive front and rear wings. The engine of the car is placed behind the driver. As per the rules, the racing teams are supposed to construct their own cars. The Formula One racing championship governs a unique set of regulations.

Read More

A1 Grand Prix

What is A1 Grand Prix?

Al Grand Prix is the first single make open wheel auto racing sport championship where all the competitors represents their nations, the teams and the driver represents their country and compete against one another.

Read More