Kawasaki Unveils Hydrogen-Powered Robotic Horse Controlled By AI
Alright, this is crazy. Kawasaki has unveiled CORLEO, a hydrogen-powered robotic horse with AI control. A robotic horse, indeed. with it’s not just any tech trick—it’s pushing robotics frontiers by fusing artificial intelligence with clean energy. The extent to which innovation is progressing is astounding. Robotics , AI, hydrogen engines are bringing revolutionary possibilities.
Presenting the Kawasaki CORLEO, a state-of-the-art robotic horse designed to replicate the elegance and dexterity of a genuine one. With the use of robotics, it provides a seamless, user-friendly riding experience that allows you to enjoy the exhilaration of equestrian riding.
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Without the restrictions that come with live animals, CORLEO is designed for adventure and can take you almost anywhere—through difficult terrain, inclement weather, and inaccessible locations. You don’t have to worry about food, shelter, or exhaustion. Simply ride.
With its sophisticated controls, GPS, and smart sensors, the CORLEO reacts to your body’s movements to provide a modern yet natural gesture-based riding experience. Kawasaki is so committed to clean mobility that it has unveiled a robotic horse that runs on hydrogen. The robot, named Corleo, made its debut at the 2025 Osaka-Kansai Expo. The robotic horse demonstrates what a little creative thought can produce by fusing clean energy and artificial intelligence technologies.
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The Corleo is a four-legged robot that can move steadily over a variety of surfaces and conquer any terrain. The design, which uses metal and carbon elements, was influenced by Kawasaki motorcycles. Like street bikes, it has a short fairing on the front that gives it a head-like appearance. The saddle, which resembles the floating seat style found on bobbers, is immediately behind.
A 1500cc hydrogen-powered engine powers the robot, and instead of using conventional controls, a rider can operate the Corleo by moving their body. While a head-up display provides information about hydrogen levels, navigation, movement stability, and weight distribution, the robot’s steps are adjusted in response to changes in gravity.
Rubber hooves give the robot traction on the ground, and according to Kawasaki, it can even leap over obstacles. Kawasaki, which is still in the idea stage, plans to launch on the market by 2050. Kawasaki has not provided any information about its range, performance, legality, or battery performance, nor has it disclosed any information about market availability. For the time being, this is a cool idea that we can all watch out for.
