Kawasaki Heavy Industries has revealed its groundbreaking new prototype, Corleo, a four-legged robot designed to be ridden like a horse. Powered by hydrogen and featuring advanced artificial intelligence, the robot was showcased at the Osaka-Kansai Expo 2025. Corleo aims to revolutionize off-road transportation by combining clean energy with cutting-edge robotic technology, offering a sustainable and innovative mode of travel for diverse terrains.
Corleo: A Hydrogen-Powered Ride for the Future
At the Osaka-Kansai Expo 2025, Kawasaki introduced Corleo, a concept robot that blends robotics with eco-friendly innovation. Designed to be ridden like a horse, the four-legged robot runs on hydrogen fuel and uses AI to navigate diverse terrains. Its design offers stability and balance, allowing riders to move smoothly over rough or uneven ground, making it a unique alternative to traditional vehicles.
Four-Legged Movement for Enhanced Stability
Kawasaki’s Corleo is engineered to operate on a wide variety of terrains. The robot’s four independent legs allow it to move with remarkable balance and stability, even on rough surfaces. Each leg functions autonomously, providing smooth and controlled motion, particularly when the robot navigates challenging or uneven ground. This level of maneuverability makes Corleo an exciting addition to the future of off-road mobility.
Hydrogen-Powered Technology
What sets Corleo apart is its environmentally friendly hydrogen engine. The robot is equipped with a 150cc hydrogen motor that generates electricity, driving the movement of its four robotic legs. Kawasaki’s use of hydrogen power not only reduces the carbon footprint but also positions Corleo as a sustainable alternative to traditional gas-powered vehicles. With a focus on clean energy, Kawasaki is taking steps to promote eco-conscious innovation in the mobility industry.
Design Inspired by Kawasaki’s Motorcycle Heritage
Corleo’s design reflects Kawasaki’s rich history in the motorcycle industry. The robot features a sleek, aerodynamic body constructed from a combination of metal and carbon materials, ensuring durability and lightness. The front section of the robot has a head-like shield, reminiscent of the aesthetics found in Kawasaki’s motorcycle lineup. Integrated lights on the body provide visibility, allowing the robot to be used both during the day and at night.
AI-Powered Ride: Responsive to Rider’s Movements
One of Corleo’s standout features is its innovative rider interface. Unlike traditional vehicles, Corleo does not require buttons or joysticks for control. Instead, the robot responds to the rider’s body movements, adjusting its steps based on shifts in the rider’s weight and center of gravity. This intuitive control system allows for a more natural and fluid riding experience, as the robot moves in harmony with the rider’s motions.
The robot is also equipped with a heads-up display (HUD), which shows essential information such as hydrogen levels, navigation data, and stability indicators. This feature provides riders with real-time feedback, helping them monitor the robot’s performance and ensuring a safe, efficient ride.
A Sustainable Mobility Solution
Kawasaki’s introduction of Corleo highlights the growing trend toward sustainable mobility solutions. The combination of hydrogen power and advanced robotics offers a glimpse into the future of transportation. With its emphasis on clean energy and smart technology, Corleo could become an important tool for off-road navigation, particularly in environments where traditional vehicles struggle.
The robot’s hydrogen engine is not only a cleaner alternative but also a step toward reducing emissions in the mobility industry. As global attention shifts toward green energy solutions, Corleo’s potential for eco-friendly transportation could pave the way for future innovations in robotic mobility.
Kawasaki’s Corleo is an exciting example of how robotics and clean energy can be integrated to create innovative, sustainable solutions. By offering a new mode of transport that combines AI-driven movement with hydrogen power, Corleo demonstrates the company’s commitment to advancing technology for a greener future. As the world continues to explore alternative energy solutions, Corleo stands at the forefront of this movement, showcasing the possibilities of hydrogen-powered, off-road robotic transportation.
