Kawasaki develops an H₂-powered robotic horse

Kawasaki is developing a hydrogen-powered quadruped robot horse named Corleo. It is specifically designed for mountainous terrain where conventional motorcycles reach their limits. Functional prototypes are expected to be ready by the Expo 2030 in Riyadh.

Corleo kawasaki
Image: Kawasaki

Kawasaki unveiled the concept at Expo 2025 in Osaka and, according to its own statements, has established a business development team named ‘Safe Adventure’ to transform the robotic horse concept into a commercial product. This team reports directly to the company’s CEO, the organisation confirmed. With both robotics and motorcycle divisions, Kawasaki theoretically possesses the in-house expertise to develop a four-legged robot for locomotion.

Regarding the timeline: prototypes suitable for test excursions are expected to be ready by Expo 2030 in Riyadh. Kawasaki has indicated a potential market launch in 2035. However, technical details remain vague. The propulsion system will use a 150-cc hydrogen engine, with the fuel likely stored in hydrogen cartridges at the rear.

Several features of the robotic horse are derived from motorcycle technologies (“By applying the swing-arm mechanism developed for motorcycles, the rear legs move independently up and down to absorb shock”). However, riders control the direction of movement by shifting their weight, much like riding a real horse. Corleo is primarily designed for individual locomotion in natural environments.

global.kawasaki.com via golem.de, electrek.co

1 Comment

about „Kawasaki develops an H₂-powered robotic horse“
Kafantaris George
05.03.2026 um 19:15
"By applying the swing-arm mechanism developed for motorcycles, the rear legs move independently up and down to absorb shock." Smart. Why reinvent the wheel? We now have a clear path to the battlefield robobs of tomorrow. And tomorrow is 2030 if the Pentagon takes notice of what other countries—like China—are doing.

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