Kawasaki Unveils CORLEO, a Four-Legged Hydrogen Explorer

• CORLEO is a new personal mobility machine that uses robotic legs and rider-responsive controls to navigate rugged outdoor terrain.
• Its hydrogen-powered engine supplies electricity to leg-mounted drive units, while adaptive hooves enhance grip on varied surfaces.

Kawasaki has revealed CORLEO, a revolutionary off-road vehicle that combines its motorcycles' “fun to ride” qualities with four robotic legs. The machine continually monitors rider movement to create a unified riding experience. It lets users scale mountains, breathe fresh air, and enjoy panoramic views.

The vehicle uses a 150cc hydrogen engine to generate electricity, which powers the drive units in its four legs. These legs are fitted with rubber hooves split left to right to absorb surface irregularities and prevent slipping on grasslands, rocky terrain, and rubble fields. The rear legs move independently from the front, enabling shock absorption and a stable posture when climbing steps.

CORLEO is operated through weight shifts detected by steps and handlebars. Stirrup length can be adjusted for posture control. A mounted instrument panel displays the hydrogen level, the route to the summit, and the center of gravity. At night, it projects markers onto the ground to guide the rider. Kawasaki positions CORLEO as a way to unleash the "Impulse to Move" in the great outdoors.

🌀 Tom's Take:

In the new era of robotics, mobility, transportation, and sport are being reimagined. Kawasaki’s CORLEO hints at a future where machines are purpose-built for a wide range of environments and tasks.

Source: Kawasaki