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Veyron 16.4 Concept
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  Bugatti Veyron 16.4 Concept      

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Country of origin:France
Produced in:2004
Introduced at:2003 Frankfurt Motor Show
Source:Company press release
Last updated:Before December 1st, 2004
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Click here to download printer friendly versionAt the 2003 Frankfurt Motorshow Bugatti displayed a production ready version of their latest supercar. Both the power train and the body of the new design study are much closer to production maturity. The theoretical performance figures have been determined, according to which this 16-cylinder sports car, due to go on sale late in 2003, will have a top speed of 406 kilometres per hour and accelerate to 300 km/h in under 14 seconds.
The 16/4 Veyron rides on tyres featuring the new Pax system developed by Michelin. These high-speed tyres for the 400-km range have a pressure monitoring system and run-flat characteristics, so that safe handling and a remaining distance of more than 200 kilometres are assured in the event of air loss.
Compared to the version exhibited at the March 2001 Geneva Automobile Salon, the wheelbase is now 2,700 millimetres, 50mm longer than before, the extra space is used for increased cabin space.
This 16/4 Veyron also has an upgraded aerodynamics package, both to solve cooling problems and to increase the handling characteristics. The rear of the car has two air outlets not seen on the previous concept. Together with the front-end airflow, the fully panelled undertray and a new, automatically extending rear spoiler, a diffusor effect has been obtained that counteracts body lift.
The alloy-block W16 engine is made up of two exceptionally narrow V8 cylinder blocks, using the VR principle combined at an included angle of 90 degrees.
The gear shifts of the seven speed gearbox take place sequentially at paddles behind the steering wheel, and there is no clutch pedal. The double clutch transmission (DCT) shifts from one gear to the next in a maximum of 0.2 of a second. Power from the engine reaches the wheels through a permanent all-wheel drive system.

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  Article Image gallery (6) Specifications User Comments (11)