Mercedes-Benz Concept Style Coupe (2012)

Three prominent lines give structure to the vehicle when viewed from the side: the front structural edge over the wings flows towards the rear end in a characteristic dropping line. Another, more sinewy line spans the shoulder muscle above the rear axle, while the third line extends upward in a sweeping curve from the front wheel towards the rear. Together, these lines lend more depth and dynamism to the side profile. The ripple design of the prominent exterior mirrors takes advantage of the design freedoms enjoyed by a concept car.

The same is true of the 20-inch wheels, with their very sporty turbine design. Perforated pins on the spokes pick up once again on the diamond-theme of the radiator grille. The Concept Style Coupé features frameless side windows and has no B-pillar.

Fine materials combine with high-grade workmanship to set a new benchmark for quality. There has been no stinting on the use of leather, either: the instrument panel is upholstered in white nubuck leather, providing an interesting contrast with the anthracite-coloured Alcantara®used on the upper section of the instrument panel. Suede is used on the sports steering wheel to ensure better grip. All chrome trim elements and control panels now for the first time feature a black anodised finish, as seen on top-of-the-range limited Sports Edition chronograph watches. The surfaces around the HMI control panel have the glossy shimmer of black anodised aluminium.

Sporty driving dynamics coupled with exemplary efficiency are the hallmarks of the engine of the Concept Style Coupé. Powerful wheel-hub drive is provided by the 2.0-litre version of the new petrol engine generation with 155 kW (211 hp), combined here with the efficient 4MATIC all-wheel drive system and the 7G-DCT dual clutch automatic transmission.

Among the highlights of the four-cylinder engine are its direct-injection system with exhaust gas turbocharging, an enhanced combustion system and extended stratification ranges for lean-burn operation using fast-acting injectors for the multiple fuel injections, and multi-spark ignition according to need.