ROBO-X are designed for self-driving racing. It is equipped with an advanced neural network processor (NPU) that can make artificial intelligence decisions quickly; an integrated Apollo system (Apollo SoC) that requires a lot of power; and a customized water cooling system. Its dynamic body has been carefully designed to achieve the highest aerodynamic and racing performance, and through a sculptural body and an open modular chassis, to achieve the best downforce and efficiency. The ROBO-X body adopts an all-carbon fiber monomer structure and is reinforced with 5052 aluminum alloy, ensuring the ultra-light weight of the body, while giving priority to durability and collision safety. The halo structure in the cockpit ensures stability and protects the driver during high-G operation. The smart cockpit is designed to maximize driver engagement. The artificial intelligence interface SIMO enhances driver interaction through voice commands, providing strategic information such as motor torque and chassis dynamics. and thermal management. Additional features such as adaptive lighting and real-time feedback enhance the driving experience. Powered by solid-state batteries that produce a stable and powerful power output, ROBO-X four high-performance motors, assisted by regenerative braking, improve energy efficiency and extend driving range. By combining the analytical capabilities of artificial intelligence with the performance of a supercar, ROBO-X challenges traditional boundaries and redefines the future of the self-driving racing experience. Red Dot Award: Design Concept | Concept | Four high-performance motors ROBO-X cars and motorcycles improve energy efficiency and extend driving range through regenerative braking. ROBO-X challenge traditional boundaries and redefine the autonomous racing experience of the future by combining the analytical capabilities of artificial intelligence with the performance of ultra-electric vehicles. Red Dot Award: Design Concept | Concept | Four high-performance motors ROBO-X cars and motorcycles improve energy efficiency and extend driving range through regenerative braking. ROBO-X challenge traditional boundaries and redefine the autonomous racing experience of the future by combining the analytical capabilities of artificial intelligence with the performance of ultra-electric vehicles. Case from the official website of the red dot, only for case sharing