Robot Dogs

Kawasaki CORLEO

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Overview Specifications Ecosystem

About Kawasaki CORLEO

Kawasaki CORLEO is a four-legged concept vehicle for off-road riding.

Key Specifications

Status

ACTIVE

Category

Robot Dogs

Status / Stage

Concept in development

Development / Method

Model-based development

Control / Rider input

Weight shifts

Control / Input sensing

Through handholds and stirrups

Fuel storage / Canisters

Hydrogen storage alloy

Fuel storage / Refueling

Swap removable canisters

Engine cooling / Radiator

In front chassis section

Proposed design / Purpose

Off-road personal mobility

Suspension / Leg movement

Smooth bending and stretching

Proposed powertrain / Fuel

Hydrogen

Roadmap / Riding simulator

2027 year (Development target)

Hooves / Ground interaction

Absorbing irregularities and ground-contact impact

Hooves / Material and shape

Split cloven rubber hooves

Intended terrain / Surfaces

Grassland, rocky ground, loose gravel

Proposed powertrain / Boost

Turbocharging

Chassis / Swingarm mechanism

Rear leg mount moves vertically relative to front leg mount

Control / Stirrup adjustment

Automatic

Intake cooling / Intercooler

For intake air cooling

Roadmap / Commercial release

2035 year (Development target)

Development / Virtual testing

Thousands of runs covering falls, impacts and extreme terrain

Motion controller / Regulation

Synchronized drive control with a torque controller

Development / Motion adaptation

Learning rider habits and style

Proposed design / Mobility type

Riding

Fuel storage / Canister location

In rear leg section

Proposed design / Number of legs

Roadmap / Target release sectors

Tourism and leisure

Control / Shared control principle

Adaptive shared control (Autonomous intervention level depends on rider skill)

Proposed powertrain / Architecture

Series hybrid

Proposed powertrain / Engine cycle

Two-stroke

Roadmap / New model at Expo Riyadh

2030 year (Development target)

Development / Ergonomics verification

Clay mock-up (With Kobe University equestrian club)

Proposed powertrain / Engine function

Electricity generation

Motion controller / Control cycle time

<1 ms

Proposed powertrain / Engine displacement

333 cm³

Proposed powertrain / Leg and body actuators

Electric

Verified ecosystem

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Official resources

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Official software

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Community projects

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Developers and contributors

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Verified activity

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Mentioned in news

2025-07-21

Kawasaki CORLEO: a horse-inspired future for personal transport

Kawasaki unveiled the concept of CORLEO, a four-legged vehicle powered by hydrogen fuel, at Expo 2025 in Osaka, Japan. This futuristic concept combines traditional equestrian habits with the most advanced robotic technology, transforming it into a mechanical steed capable of overcoming almost any obstacle like a horse, while having completely new abilities to overcome difficult terrain.

Imported from the Unibot owner catalog · Not independently verified · Imported 2026-11-11 · Unibot source · Methodology