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This Car Offering a high performance with serious measures to ensure safety was the major concern at Bugatti while yielding a maximum performance speed of 252.3 mph (406 km/h) to this leader of the modern era racing cars. Thanks to the single-piece carbon-fiber monocoque technology that absolutely suited the Bugatti Veyron supercar and scored the maximum points at various crash tests.

With the Bugatti EB 16.4 Veyron Pur Sang the company is continuing a tradition that produced icons like the T57 SC Atlantic and the numerous versions of the T41 Royale. Then as now Bugatti stands for a unique symbiosis of art, design and technology. Precisely this claim - manifested by company founder Ettore Bugatti and his son Jean - is reflected by the EB 16.4 Veyron Pur Sang, presented in a world premiere in Frankfurt. Reduced to pure design and technology, a car was created here that again was not the means to an end, but in fact had become a work of art in the sum of its parts. The EB 16.4 Veyron Pur Sang completely forgoes exterior paint.

The idea for the EB 16.4 Veyron Pur Sang originated in the Bugatti factory in Molsheim. In what's referred to as the studio where the high-tech components of the Veyron are assembled with painstaking precision. "When some of our designers were looking at production and once again became aware of the technical beauty of the structure," says Achim Anscheidt, Head of Bugatti Design, "they came up with the idea of finishing the car in its pure material configuration. And that means without a coating of paint."

Carbon Body

A car can never be light enough. This principal applies all the more so for the Bugatti Veyron, because it was designed for a sporty high performance. This is why the battle for each kilogram of weight has been one of the big constants in the development history of the Bugatti. Special attention was paid to materials: Only one material was used for each component, guaranteeing the best functionality at the lowest weight. Titanium, magnesium, aluminum and carbon fiber proved to be ideal.

Thanks to carbon fiber construction techniques, the monocoque of the EB 16.4 Veyron Pur Sang is not just especially light, but - as it is known for motorsport - extremely safe. The monocoque is not just a rigid survival compartment, but can also ideally dissipate crash energy through elastic deformation. The main responsibility for this lies with the frames in which the carbon fiber monocoque is integrated - done in aluminum in the front and in combination of the carbon fiber and stainless steel at the back.