New C 43 4Matic Cabriolet stars in Geneva
Find details as provided in their website after the photos:
Mercedes-AMG is unveiling the first open-top member of the still young C-Class family in the shape of the new C 43 4MATIC Cabriolet. Just like the C 43 4MATIC Coupé, the all-season Cabriolet features a combination of 270 kW (367 hp) 3.0-litre V6 biturbo engine, fast-acting 9G-TRONIC automatic transmission and standard-fit AMG Performance 4MATIC all-wheel drive. The open-air enjoyment for four people is backed by the brand's hallmark Driving Performance thanks to discrete suspension with stiffer elastokinematics unique to AMG and three-stage adjustable damping. Driving pleasure is accompanied by high efficiency as the open-top version of the Mercedes-AMG C 43 consumes a mere 8.3 litres of fuel per 100 kilometres (NEDC combined figure).
Fuel consumption* (l/100 km) urban/ex urban/combined: 11.0/6.7/8.3; Combined CO2 emissions*: 190 g/km
Mercedes-AMG is bringing two models from the C-Class performance family to the 2016 Geneva Motor Show. In addition to the C 43 4MATIC Coupé, the sports car and performance brand based in Affalterbach is now also showcasing the C 43 4MATIC Cabriolet. 'The AMG product portfolio will continue to grow rapidly this year, making the world of Driving Performance more diverse than ever. Our new product line continues to expand at a fast pace and, with the C 43 4MATIC Cabriolet, we are offering a younger target group yet another alternative to discover the fascinating world of AMG,' says Tobias Moers, Chief Executive of Mercedes‑AMG GmbH.
The 3.0-litre V6 biturbo engine in the new Cabriolet delivers impressive performance with its 270 kW (367 hp) maximum power and peak torque of 520 Nm: sprinting from rest to 100 km/h in 4.8 seconds, its speed is electronically limited at 250 km/h. The agile driving experience is mainly thanks to the standard-fit AMG Performance 4MATIC all-wheel drive with rear-biased torque distribution, the newly developed front axle, the stiff elastokinematics and the highly precise steering.