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Kawasaki Introduces Hydrogen-Powered Robotic Horse at Osaka Expo 2025

A futuristic ride that combines AI, robotics, and clean energy
April 6, 2025
Kawasaki Introduces Hydrogen-Powered Robotic Horse

Kawasaki Heavy Industries has revealed Corleo, a four-legged robotic horse that runs on hydrogen. It was introduced at the Osaka-Kansai Expo 2025. This robot is designed to be ridden like a vehicle and can travel over different types of ground.

Smart Legs for Stable Movement

Corleo walks using four separate robotic legs. Each leg moves on its own, which helps the robot walk smoothly on rough or uneven terrain. This design makes Corleo stable and balanced even in difficult areas.

Powered by a Hydrogen Engine

Inside Corleo is a 150cc hydrogen engine. This engine creates electricity to move the robot’s legs. Since it uses hydrogen, Corleo is more eco-friendly than regular gas-powered vehicles.

Inspired by Kawasaki Motorcycles

The robot’s design is sleek and modern. Kawasaki took ideas from its motorcycles, using metal and carbon materials to build Corleo’s body. The front part looks like a head and includes built-in lights, just like a motorbike.

Controlled by Body Movements

Riders do not use a steering wheel or handles. Instead, Corleo moves based on the rider’s body shifts. Leaning forward or to the side changes how the robot walks. A special screen, called a heads-up display (HUD), shows details like hydrogen levels and how weight is balanced.

Special Feet and Jumping Ability

Corleo has rubber feet that give it a strong grip on all surfaces—hard or soft. It can also jump over obstacles, although Kawasaki has not shared how high or far it can jump yet.

Still a Concept, Not for Sale Yet

Right now, Corleo is just a concept. Kawasaki has not released important details like how fast it can go, how far it can travel, or how long the battery lasts. They hope to bring it to the market by 2050, but no official date has been confirmed.

A Look at the Future of Clean Transport

Corleo shows how Kawasaki is working to mix robotics and clean energy. It’s an exciting preview of what personal transport might look like in the future—smart, clean, and fun to ride.