2010 Mercedes-Benz new car pics
Mercedes-Benz new car pics
Mercedes-Benz new car pics
Mercedes-Benz new car pics
Mercedes-Benz new car pics
Mercedes-Benz new car pics
Mercedes-Benz new car pics
Mercedes-Benz new car pics
Mercedes-Benz new car pics
The new Mercedes-Benz SLR McLaren Roadster combines high-tech from motor racing and the power of a top high-performance sports car with the long-distance attributes and sophisticated atmosphere of a classic Gran Tourismo car. In common with Formula 1 vehicles of today, it too is made of carbon fibre, a material that endows the vehicle with a very high degree of safety as well as extreme torsional stiffness at the same high level as the coupé. In combination with the racing-type chassis this gives rise to outstanding ride characteristics. The maximum speed of the new high-performance sports car, which is powered by an AMG V8 compressor engine delivering 460 kW/626 hp, is 332 km/h and therefore at the same high level as the Coupé. Although the Roadster offers undiluted open-top driving pleasure in the highest performance class thanks to its fully retractable top, the occupants in no way lose out in terms of comfort or the vehicle's suitability for everyday use. Consequently, the new Roadster opens up a new dimension in refinement for open-top super sports cars.Like the coupé version, the new Mercedes-Benz SLR McLaren Roadster once again unites the legend of the successful SLR racing models from the 1950s with the innovative technology of modern Formula 1 vehicles from the Vodafone-McLaren-Mercedes team. Typical stylistic elements, such as the arrow-shaped tip of the Formula 1 Silver Arrow, establish a visual link with the racing cars. The SLR legend of the 50s lives on stylistically in the distinctive lateral louvers, side pipes behind the front wheels and the wide-opening gullwing doors.
The new Roadster benefits technically from the many years of experience of Mercedes-Benz and its Formula 1 partner McLaren. Apart from two aluminium engine frames, its body is made entirely of carbon-fibre reinforced plastic (CFRP) materials, making the vehicle an exception among high-performance sports cars. Especially for the Roadster, complex carbon-fibre technology has been intelligently further developed for the monocoque chassis. The result is low weight, exemplary energy absorption and, therefore, extremely high occupant safety as well as a degree of torsional stiffness hitherto unattained in open-top vehicles. This leads to outstanding ride characteristics of the kind otherwise found only in closed-top super sports cars.
