Kawasaki’s CORLEO is not your typical ride—it walks on four legs and runs on hydrogen. See how this future-forward off-roader changes the game.
source.image: DPCcars
The Kawasaki CORLEO concept combines robotics and motorcycle engineering to create a unique off-road experience. Designed with four independently moving legs, each fitted with adaptable hooves, CORLEO handles grass, gravel, and rough terrain with ease.
source.image: DPCcars
A 150cc hydrogen engine powers electric motors in each leg, while the onboard display gives real-time navigation and posture feedback. Whether you are an adventure junkie or tech enthusiast, this ride is all about intuitive control and clean energy mobility. Ideal for future riders looking for something bold and different.
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The rear legs swing vertically separately from the front legs to absorb shocks when walking or running. In addition, the rider does not have to look up when climbing steps, allowing him to maintain a posture that makes it easier to check the terrain ahead. It is equipped with a 150cc hydrogen generating engine. Hydrogen is supplied from a canister mounted at the rear. The electricity generated is used to drive the power unit mounted on each of the four legs.
The rider operates the machine by shifting their center of gravity, which is detected by the footpegs and handlebars, and the length of the stirrups can be adjusted to achieve the optimal riding position for the rider. The four legs are equipped with two separate hooves made of rubber, which absorbs unevenness in the road surface and is non-slip. They can handle any terrain, including grasslands, rocky areas, and rubble.
