Kawasaki Unveils Hydrogen-Powered Rideable Robot Horse
Kawasaki Heavy Industries Group unveiled its latest concept, “CORLEO” — a hydrogen-powered rideable robot designed to function like a horse at the Osaka Kai Expo on April 5, 2025.
Key points
- CORLEO rideable robot is designed to look and move like a horse and could be a glimpse into the future of transportation.
- CORLEO has four legs, inspired by a wolf, and is built to travel over rough terrain. It’s being pitched as a possible all-terrain alternative to motorcycles.
- According to the company, the vehicle is beginner-friendly, offering maneuverability, stability and allowing riders to traverse mountainous areas.
- The robot features smart rubber hooves with sensors, a high-tech suspension system, and terrain-sensing tech that helps it stay steady on different surfaces.
- CORLEO runs on a 150cc hydrogen engine, giving it a range of about 150 miles per refill. It’s part of Kawasaki’s push for clean energy solutions.
- The robot responds to the rider’s body shifts, changing its steps in real time. It also includes a heads-up display that shows important info like hydrogen levels, directions, and balance stats.
- Kawasaki says that Corleo is a long-term project, with hopes to bring it to market by 2050.
Background
Last year, Kawasaki showcased its hydrogen-powered Ninja H2 HySE motorcycle at Japan’s renowned Suzuka Circuit.
The launch highlighted the company’s commitment to developing alternative fuel vehicles and advancing toward carbon neutrality.
Building on that vision, Kawasaki has now introduced CORLEO — a futuristic concept exploring how hydrogen power and smart robotics could shape the future of mobility.
While still in the early stages, CORLEO represents a bold step toward cleaner, more intelligent transportation solutions.
New Gist
Kawasaki Heavy Industries unveiled CORLEO, a hydrogen-powered, horse-like robot at the Osaka Expo.
Designed for off-road travel, CORLEO combines advanced terrain sensing, rider-responsive controls, and eco-friendly hydrogen power, offering a futuristic, all-terrain mobility concept with potential release by 2050.
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