What if your next off-road bike isn’t on a motorcycle or ATV, but on a robot that moves like a wolf? Kawasaki Heavy Industry (Kawasaki Heavy Industry) introduces a direct feeling in video games: Corleo is a prototype of a quadruped robot powered by hydrogen designed to be ridden by humans. Unveiled at the Osaka-Kensis Expo in 2025, this futuristic machine is designed to handle rugged terrain easily, combining cutting-edge robotics and sustainable energy.
Let’s take a closer look at what makes Corleo so cutting-edge.
Hydrogen-driven quadruped robot concept (Kawasaki Heavy Industry) (Kurt “Cyberguy” Knutsson)
Explore new ways to outdoors
Corleo Not your typical off-road vehicle. It has no wheels and has four robot legs that move independently, allowing it to handle uneven ground like rocks, grass and steep slopes. Kawasaki said the design was inspired by the lion’s skeleton structure. The name Corleo comes from Cor Leonis, the brightest star in the Leo sign. The rider mounts it like a horse, but instead of grabbing the handlebar or using the pedal, you control the Corleo with your body. Lean forward, it moves forward. Transfer your weight to the side and adjust its steps accordingly.
Corleo is also environmentally friendly. It uses a battery paired with a 150cc hydrogen engine. The hydrogen engine generates electricity, which is stored in the battery. Kawasaki has been pushing the push for hydrogen vehicles for years, and Corleo is the latest effort to combine sustainability with innovation.
Hydrogen-driven quadruped robot concept (Kawasaki Heavy Industry) (Kurt “Cyberguy” Knutsson)
Humanoid robots bring it into history
What makes Corleo unique?
Corleo is not just arriving from point A. It’s full of advanced features that make it feel like the future.
- AI-driven navigation: The robot uses artificial intelligence to maintain balance and adjust its movements in real time. Whether you’re on rocky trails or steep hills, Corleo can be adjusted to keep things stable.
- Body Movement Control: There are no buttons or levers here. Corleo responds directly to how you can change your weight. Even for beginners, it is designed to feel natural and intuitive.
- Header display: A small screen gives you all the information you need when riding, such as how much hydrogen fuel is left, navigation tips, and even details about weight distribution.
- Anti-slip hooves: Each leg ends with a rubber hoof instead of a wheel, which holds a different surface firmly. This is perfect for exploring areas where traditional vehicles may struggle.
Hydrogen-driven quadruped robot concept (Kawasaki Heavy Industry) (Kurt “Cyberguy” Knutsson)
The world’s first AI-powered industrial super human robot
Designed for adventure
Corleo’s stylish design is as impressive as technology. It is built with durable materials like metal and carbon fiber, and it is enough to accommodate outdoor adventures while still looking futuristic. Fans of video games may notice similar designs to Horizon Zero Dawn, which, reportedly, inspired some of its aesthetics.
Hydrogen-driven quadruped robot concept (Kawasaki Heavy Industry) (Kurt “Cyberguy” Knutsson)
Humanoid robot with perfect side acrobatic coma
What’s next for Corleo?
Currently, the Corleo is still in the prototype stage, so there are some unsolved questions such as how fast it can go or how far it can travel on a full hydrogen tank. Although the idea of riding a robot wolf sounds great, we have to wait a while to get it. Kawasaki estimates that a market like Corleo could take up to 25 years.
Nevertheless, this concept shows where the off-road vehicle might be in the future. Kawasaki sees Corleo as an alternative to traditional motorcycles or ATVs, which may make exploring tough terrains safer, easier, and more sustainable.
Hydrogen-driven quadruped robot concept (Kawasaki Heavy Industry) (Kurt “Cyberguy” Knutsson)
Kawasaki’s bigger robot vision
Corleo is part of Kawasaki’s growing focus on robotics. The company has been manufacturing industrial robots for decades, and recently expanded to new areas such as collaborative robots (specially for manufacturing) and educational robots in classrooms. For example:
- The CL series of robots are designed for heavy duty tasks such as welding and pallets in extreme environments.
- Kawasaki’s uniquely developed two-armed Holy Spirit robot can coexist and cooperate with humans.
Together with Corleo, Kawasaki shows how its robotics expertise goes beyond factories and classrooms to go into outdoor adventures.
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Hydrogen-driven quadruped robot concept (Kawasaki Heavy Industry) (Kurt “Cyberguy” Knutsson)
Kurt’s key points
Kawasaki’s Corleo is a whole new way of thinking about off-road transportation. By combining robotics, artificial intelligence and clean energy, Kawasaki imagines a future adventure that fits sustainability. While we may not see robots like Corleo anytime soon, it is worth mentioning how this technology can change outdoor adventures forever. Who doesn’t want to ride the most agile creature-inspired robot in nature?
Will you feel safely riding a robot like Kawasaki’s Corleo on a rugged terrain? Why or why not? Let’s write to us cyberguy.com/contact.
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