The BMW M5 was the first car of its kind to offer high performance racing-oriented. Superior aesthetics M sporty and distinctive in the format of the BMW 5-Series Sedan provides the basis for an exclusive experience of driving the BMW M5. The near-series concept car styling reflects the characteristic features of a BMW M automobile, with the which Further enhanced the car’s dynamic potential is authentically visualised.
a new V8 engine with M TwinPower Turbo Technology ensures M. typical output power Eight-cylinder power unit provides acceleration is instantaneous, so it remains constant until the highest load and is characteristic of the model M. performance and efficiency have increased significantly compared with the previous machine. New engine and seven-speed M double clutch transmission with Drivelogic and M-specific suspension and steering creates the ideal preconditions for an unparalleled driving experience.
BMW M5 Sedan has been specifically modified using typical M design vocabulary. All specific design features are directly related to the four-seater’s outstanding performance characteristics. They were developed exclusively for the BMW M5 Concept and enhance the vehicle’s character, which is marked by high performance and supreme handling even under extreme conditions.
The BMW M5 Concept owes its intense emotional impact to the direct relation of each detail with the technical requirements. At the same time, the concise styling of the high-performance car’s specific features creates the character of understatement that is typical of a BMW M automobile. The car’s superior appearance is underlined by the body colour Chrome Shadow.
powerfully modelled wheel arches and dynamically flowing lines, the BMW M5 Concept also signalises uncompromising sportiness when viewed from the side. The long wheelbase, the set back passenger cabin and the black side window surrounds distinctively underscore the sedan’s stretched silhouette.
Superior sportiness and supreme road holding are effectively symbolised by the BMW M5 Concept’s rear end design. The emphasis on vehicle width through dominating horizontal lines also featured on the BMW 5-Series Sedan is combined with an athletically shaped rear apron. The vehicle-specific rear apron, which forms a smooth transition to the wide wheel arches, ensures a particularly intensive accentuation of the motive force that is transferred to the rear wheels.
The BMW M5 Concept gives a starting signal for the venture into a new dimension of motor racing-oriented driving dynamics. The high-performance characteristics reflected in its design are realised through the M-specific drivetrain and suspension technology. Under the concept car’s bonnet is a new, high-revving V8 power unit featuring M TwinPower Turbo Technology. The new engine ensures a new dimension of the linear power development so characteristic of BMW M automobiles. Moreover, it impressively embodies the principle of technological advancement within the framework of the BMW Group’s Efficient Dynamics strategy.
The BMW M5 Concept’s engine power is transferred to the rear wheels by a seven-speed M double-clutch transmission with Drivelogic. This double-clutch gearbox, which was specifically tuned to the new V8 engine’s performance characteristics, fascinates with extremely fast gear shifting, precise gear selection and a high degree of effectiveness that additionally optimises the vehicle’s efficiency. The combination of the new engine with M Drivelogic is supplemented by an Auto Start Stop function.
The suspension technology especially developed for each model is an equally crucial constituent part of the well-balanced overall concept of any M automobile. It is constructed using comprehensive know-how obtained from motor racing and then tuned within the framework of extensive tests carried out on the Northern Loop of the Nürburgring.
Active control of the multi-plate lock inside the rear differential is highly accurate and fast. This ensures that wheel spin is prevented even on slippery road surfaces and in the event of differing friction coefficients between the right and left wheels, in narrow bends or during sudden lane changes. The thereby optimised traction facilitates the highest level of vehicle stability and dynamics during acceleration out of bends even under the most demanding conditions.
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