Mercedes-Benz introduces C 111 Art Car based on 190E, combining retro and futuristic design

Mercedes-Benz 190E Transformed Into Epic C 111 Art Car (carbuzz.com)

Mercedes-Benz 190E Transformed Into Epic C 111 Art Car (carbuzz.com)

Mercedes unveils an Art Car at the Festival de’Hyeres in France, inspired by the experimental C 111 and created by sculptor Michael Sailstorfer

Mercedes-Benz recently presented a striking art car at the 38th Festival de’Hyeres in France, inspired by the experimental C 111 and based on the 190E (W201). This modern take on the C 111 showcases a unique design that combines retro-futuristic aesthetics and bulletproof engine references.

The art car features a riveted exterior that mimics bullet marks, alluding to the brand’s reputation for the bulletproof M102 engine. It also incorporates a sheet metal panel styling that cleverly conceals the pop-up headlights. The gullwing doors, reminiscent of the original C 111, add an iconic touch to the design.

Inside, the car maintains a classic layout with physical knobs and analog gauges. Wood veneer and brown seats contribute to a luxurious finish. The engine fitted into this model remains unspecified, leaving enthusiasts curious about its powertrain.

The original C 111 served as an experimental prototype in the 1970s and featured various power units, including a four-rotor Wankel engine, a five-cylinder turbodiesel, and a V8, enabling it to achieve speeds of over 250 mph. In contrast, the 190E was offered with a range of power plants, from the M102 four-cylinder to the top-spec 3.2-liter AMG engines.

The art car was created by Berlin-based sculptor Michael Sailstorfer, who was inspired by his lifelong admiration for the 190E. This project exemplifies Sailstorfer’s approach to creating versatile and functional sculptures in places he appreciates.

Mercedes-Benz showcased the C 111 art car as part of the presentation of its third Sustainability Prize at the Festival de’Hyeres, where finalists’ designs were featured alongside the reinterpretation model.