Kawasaki Heavy Industries recently unveiled CORLEO; an off-road personal mobility vehicle with excellent all-terrain capability. Powered by four robotic legs, it combines the handling and stability of Kawasaki motorcycles.
The vehicle monitors the rider’s movements to create unity between human and machine.
Scale mountains, breathe in the fresh air, and enjoy panoramic views. CORLEO unleashes your “Impulse to Move” in the great outdoors.
Corleo’s Innovative Features
Swing Arm
The rear leg unit swings independently from the front, absorbing shocks during movement. When climbing, riders maintain a forward-facing posture to better see the path ahead.
Operation
Control CORLEO through weight shifts detected by steps and handlebars. Adjustable stirrups ensure optimal riding position for any terrain.
Hooves
The four legs feature split rubber hooves that absorb surface irregularities and prevent slipping. They adapt to grasslands, rocky areas, and rubble fields with equal confidence.
Power Unit & Drive System
A compact 150cc hydrogen engine generates electricity. Hydrogen comes from a rear-mounted canister, powering drive units in each leg and producing only water as a byproduct.
Navigation System
The instrument panel displays hydrogen level, route information, center of gravity, and more. At night, CORLEO projects markers onto the ground to indicate the path ahead.
Advanced AI Technology
CORLEO features cutting-edge artificial intelligence that transforms how riders interact with challenging environments. The onboard AI constantly scans the terrain ahead, identifying optimal footfalls and potential hazards in real-time. This predictive system allows CORLEO to navigate complex obstacles without rider micromanagement.
The AI learns rider preferences over time, adapting its movement style to match individual riding habits. Its body-language recognition system interprets subtle weight shifts and posture changes, translating them into precise movement commands. This creates an intuitive riding experience where machine response feels like a natural extension of human intent.
Safety protocols are embedded throughout the AI architecture, with redundant systems ensuring stable operation even in unpredictable conditions. The projected path markers aren’t just for visibility—they represent the AI’s calculated route, giving riders insight into the machine’s decision-making process.
The Future of Mobility?
CORLEO’s AI brain analyzes terrain and selects the safest path forward. It can leap across gaps and sprint over uneven ground with cat-like agility. The floating seat moves independently from the robot’s joints, keeping riders comfortable during dynamic movement.
This hydrogen-powered two-seater turns previously inaccessible environments into playgrounds for exploration. It responds intuitively to body language, creating a riding experience that feels natural and engaging.
Unlike traditional vehicles limited by wheels, CORLEO can navigate steep inclines, rocky outcroppings, and narrow mountain paths. Its bifurcated hooves grip securely on virtually any surface, while the wind-deflecting screen protects riders at higher speeds.
Whether climbing mountain trails or exploring rough terrain, CORLEO delivers an exhilarating experience without compromising on safety or environmental responsibility. It combines the thrill of motorcycle riding with the go-anywhere capability of a mountain goat, creating an entirely new category of personal mobility.
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