Japan – In a groundbreaking move that merges robotics, sustainable energy, and personal transportation, Kawasaki Heavy Industries has unveiled Corleo, a hydrogen-powered robotic horse, at the Expo 2025 Osaka. This innovative concept redefines mobility by combining the agility of a quadruped with the thrill of riding, offering a glimpse into the future of personal transportation.
A Leap into the Future of Mobility
Corleo represents Kawasaki’s vision for personal mobility in the 2050s. Unlike traditional motorcycles or all-terrain vehicles, Corleo utilizes four robotic legs equipped with adaptive hooves, allowing it to traverse rugged terrains with ease. Its design draws inspiration from both Kawasaki’s expertise in motorcycle engineering and advancements in robotics, creating a unique fusion of technology and functionality.
Hydrogen-Powered Innovation
At the heart of Corleo’s design is its hydrogen-powered propulsion system. A 150cc hydrogen engine generates electricity to power the leg-mounted drive units, with a rear-mounted hydrogen canister supplying the fuel. This setup ensures low emissions and silent operation, aligning with Kawasaki’s commitment to sustainable mobility solutions. The use of hydrogen as a fuel source also addresses concerns related to battery life and charging infrastructure, offering a viable alternative for long-distance travel.RideApart.com
Advanced Robotics for Enhanced Mobility
Corleo’s four legs are designed to mimic the movement of a horse, providing stability and adaptability across various terrains. Each leg ends in a hoof made from slip-resistant rubber, split left-to-right to conform to surfaces like grass, gravel, and rock. This design allows Corleo to maintain balance and stability, even when ascending steep slopes or climbing steps. Sensors embedded in the stirrups and handlebars enable the robot to respond to the rider’s movements, creating an intuitive and immersive riding experience.
A Glimpse into the Future
While Corleo is currently in the concept phase, Kawasaki’s unveiling at Expo 2025 Osaka marks a significant step toward realizing this futuristic vision. The company envisions Corleo as a versatile mobility solution for the future, capable of navigating challenging terrains and providing a unique riding experience. As technology continues to advance, the dream of riding a robotic horse may soon become a reality.
For a closer look at Corleo in action, watch the following video:
HYDROGEN Powered Corleo – Rides Like a Bike, Runs Like a Horse!
Note: This article is based on information available as of April 2025. Details regarding Corleo’s specifications, availability, and pricing are subject to change as the development progresses.
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Kawasaki’s New Beast: It’s Neither a Motorcycle Nor an Animal – Meet Corleo, the Hydrogen-Powered Robotic Horse
Osaka, Japan – April 2025
In a groundbreaking move that merges robotics, sustainable energy, and personal transportation, Kawasaki Heavy Industries has unveiled Corleo, a hydrogen-powered robotic horse, at the Expo 2025 Osaka. This innovative concept redefines mobility by combining the agility of a quadruped with the thrill of riding, offering a glimpse into the future of personal transportation.
A Leap into the Future of Mobility
Corleo represents Kawasaki’s vision for personal mobility in the 2050s. Unlike traditional motorcycles or all-terrain vehicles, Corleo utilizes four robotic legs equipped with adaptive hooves, allowing it to traverse rugged terrains with ease. Its design draws inspiration from both Kawasaki’s expertise in motorcycle engineering and advancements in robotics, creating a unique fusion of technology and functionality.
Hydrogen-Powered Innovation
At the heart of Corleo’s design is its hydrogen-powered propulsion system. A 150cc hydrogen engine generates electricity to power the leg-mounted drive units, with a rear-mounted hydrogen canister supplying the fuel. This setup ensures low emissions and silent operation, aligning with Kawasaki’s commitment to sustainable mobility solutions. The use of hydrogen as a fuel source also addresses concerns related to battery life and charging infrastructure, offering a viable alternative for long-distance travel.
Advanced Robotics for Enhanced Mobility
Corleo’s four legs are designed to mimic the movement of a horse, providing stability and adaptability across various terrains. Each leg ends in a hoof made from slip-resistant rubber, split left-to-right to conform to surfaces like grass, gravel, and rock. This design allows Corleo to maintain balance and stability, even when ascending steep slopes or climbing steps. Sensors embedded in the stirrups and handlebars enable the robot to respond to the rider’s movements, creating an intuitive and immersive riding experience.
A Glimpse into the Future
While Corleo is currently in the concept phase, Kawasaki’s unveiling at Expo 2025 Osaka marks a significant step toward realizing this futuristic vision. The company envisions Corleo as a versatile mobility solution for the future, capable of navigating challenging terrains and providing a unique riding experience. As technology continues to advance, the dream of riding a robotic horse may soon become a reality.
Note: This article is based on information available as of April 2025. Details regarding Corleo’s specifications, availability, and pricing are subject to change as the development progresses.
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Kawasaki’s New Beast: It’s Neither a Motorcycle Nor an Animal – Meet Corleo, the Hydrogen-Powered Robotic Horse
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Discover Kawasaki’s latest innovation: Corleo, a hydrogen-powered robotic horse unveiled at Expo 2025 Osaka. Combining advanced robotics and sustainable energy, Corleo offers a glimpse into the future of personal mobility.
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Kawasaki’s New Beast: It’s Neither a Motorcycle Nor an Animal – Meet Corleo, the Hydrogen-Powered Robotic Horse
Osaka, Japan – April 2025
In a groundbreaking move that merges robotics, sustainable energy, and personal transportation, Kawasaki Heavy Industries has unveiled Corleo, a hydrogen-powered robotic horse, at the Expo 2025 Osaka. This innovative concept redefines mobility by combining the agility of a quadruped with the thrill of riding, offering a glimpse into the future of personal transportation.
A Leap into the Future of Mobility
Corleo represents Kawasaki’s vision for personal mobility in the 2050s. Unlike traditional motorcycles or all-terrain vehicles, Corleo utilizes four robotic legs equipped with adaptive hooves, allowing it to traverse rugged terrains with ease. Its design draws inspiration from both Kawasaki’s expertise in motorcycle engineering and advancements in robotics, creating a unique fusion of technology and functionality.
Hydrogen-Powered Innovation
At the heart of Corleo’s design is its hydrogen-powered propulsion system. A 150cc hydrogen engine generates electricity to power the leg-mounted drive units, with a rear-mounted hydrogen canister supplying the fuel. This setup ensures low emissions and silent operation, aligning with Kawasaki’s commitment to sustainable mobility solutions. The use of hydrogen as a fuel source also addresses concerns related to battery life and charging infrastructure, offering a viable alternative for long-distance travel.
Advanced Robotics for Enhanced Mobility
Corleo’s four legs are designed to mimic the movement of a horse, providing stability and adaptability across various terrains. Each leg ends in a hoof made from slip-resistant rubber, split left-to-right to conform to surfaces like grass, gravel, and rock. This design allows Corleo to maintain balance and stability, even when ascending steep slopes or climbing steps. Sensors embedded in the stirrups and handlebars enable the robot to respond to the rider’s movements, creating an intuitive and immersive riding experience.
A Glimpse into the Future
While Corleo is currently in the concept phase, Kawasaki’s unveiling at Expo 2025 Osaka marks a significant step toward realizing this futuristic vision. The company envisions Corleo as a versatile mobility solution for the future, capable of navigating challenging terrains and providing a unique riding experience. As technology continues to advance, the dream of riding a robotic horse may soon become a reality.
