MOZA Racing has brought one of its largest hardware showcases to Gamescom 2026, revealing new licensed steering wheels from Porsche, Mercedes-Benz and Ford alongside its first MotoGP handlebar system, PHF pedal haptics and its expanding AI and motion ecosystem. MOZA Racing is using Gamescom 2026 to significantly expand both its licensed sim racing portfolio and the scope of its wider simulation ecosystem. The company’s Cologne showcase brings together new hardware developed around Porsche, Mercedes-Benz, Ford and MotoGP, alongside the newly launched PHF pedal haptic system and demonstrations of Racing Lab AI Coach and HMA150 motion technology. Several of these projects had been teased before the show, but Gamescom is providing the first public look at finished or more advanced hardware. The biggest developments include two Mercedes-Benz steering wheel concepts, a revised Porsche 911 GT3 RS wheel, an officially licensed Ford Mustang GTD wheel and detailed specifications for MOZA’s new MotoGP-inspired handlebar. MOZA is exhibiting from August 26 to 30 at Hall 10.1, Booth A-022, with six simulator stations available for hands-on sessions. Two MOZA x Mercedes-Benz Steering Wheels Make Their Debut MOZA has now publicly shown the first physical hardware resulting from its Mercedes-Benz collaboration, with two different steering wheel projects appearing at Gamescom. The most unusual is inspired by the Mercedes-Benz VISION ONE-ELEVEN concept. The wheel shown in Cologne uses five displays in total: four small 1.04-inch circular screens integrated into rotary controls, together with a central 2.85-inch display concealed beneath a magnetic centre section. The prototype also features eight face buttons, two thumbwheels and two seven-way switches. Its design follows the retro-futuristic character of the VISION ONE-ELEVEN rather than reproducing an existing GT racing cockpit. Alongside it, MOZA has displayed a second MOZA x Mercedes-Benz GT Steering Wheel with a more conventional competition-oriented shape. The design is closer