Kawasaki Heavy Industries surprised the public at Expo Osaka-Kansai 2025 with the unveiling of Corleo, a hydrogen-powered, four-legged robotic vehicle designed to be ridden like a horse.
This conceptual project combines advanced robotics, artificial intelligence, and clean energy to offer a new approach to personal mobility across diverse terrains.
With four independent robotic legs, Corleo is capable of maintaining balance and moving steadily across various surfaces. Each leg functions autonomously, allowing the robot to navigate uneven ground with ease.
+ Watch the Corleo demonstration video (CGI)
The system is powered by a 150cc hydrogen engine that generates electricity to operate the robot’s limbs. This sustainable approach positions Corleo as an eco-friendly alternative for off-road mobility.
Inspired by Kawasaki’s motorcycle designs, Corleo features an aerodynamic body made from metal and carbon fiber. The front end includes a head-like shield reminiscent of a helmet, complete with built-in lights, reinforcing its futuristic and functional appearance.
Unlike traditional controls, Corleo responds to the rider’s body movements. Shifting one’s center of gravity prompts the robot to adjust its steps accordingly. A heads-up display (HUD) provides real-time data on hydrogen levels, navigation, and balance, including weight distribution.
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The rubber “hooves” increase grip on both hard and soft surfaces, enhancing stability. Corleo is also capable of jumping over obstacles, although Kawasaki has not disclosed specific technical details such as speed, range, or battery life.
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Still a conceptual model, Corleo has no official release date. Kawasaki, however, envisions a potential market launch by 2050, reinforcing its commitment to mobility solutions that merge robotics with sustainability.
Source and images: Kawasaki. This content was created with the assistance of AI and reviewed by the editorial team.
