Kawasaki has revealed Corleo, an innovative hydrogen-powered robotic horse designed for off-road personal mobility, showcased at the Osaka-Kansai Expo 2025. The robot emits only water vapor, providing a sustainable and eco-friendly transport solution. Equipped with a 150cc hydrogen engine, Corleo features rubber hooves, rider-responsive control, and an AI co-pilot for enhanced navigation. Kawasaki aims to revolutionize transportation for exploration and rescue missions through this innovative concept. Corleo's design incorporates advanced features like a swing arm system for stability, AI-based rider movement monitoring, and split rubber hooves for grip on various terrains. The hydrogen fuel cell-powered engine generates electricity for the robot, with a navigation system displaying crucial data for rider safety. This concept aims to redefine mobility by offering a lifelike riding experience and promoting environmental awareness. Corleo's use of hydrogen fuel represents a positive step towards sustainable mobility, showcasing its advantages over traditional batteries in terms of weight, energy density, and refueling times. The introduction of Corleo not only transforms off-road mobility but also paves the way for hydrogen's role in robotics and clean technology. This innovation opens possibilities for niche applications and compact fuel stations, expanding the scope of hydrogen infrastructure in various industries.