At the Osaka-Kansai Expo 2025 fair, at the beginning of April, Kawasaki Heavy Industries presented a surprising transport “vehicle”. Corleo is a hydrogen -powered, a four -legged robotic vehicle that integrates artificial intelligence and pure energy technologies to move in different areas.
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The project is positioned as revolutionary means of individual mobility of the future. What was presented during the fair resembles vehicles that were currently seen in futuristic visions in movies.
Four independent legs of the Corleo robot allow balanced and stable movement on different surfaces. Each leg works separately, thanks to which the robot can easily traverse the uneven terrain.
Such equipment has not yet been shown. Robo-end with artificial intelligence
The new conceptual vehicle draws on Kawasaki motorcycle designs. That is why Corleo has a streamlined body composed of metal and carbon materials. Its front covers the head -like cover reminiscent of motorcycle aesthetics, along with built -in lights ensuring visibility in various lighting conditions.
Quaint The vehicle is equipped with a 150 cm hydrogen engine, which generates electricity to power its limbs. This approach to clean energy positions the robot as an environmentally friendly field mobility platform.
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Designers have mighty modified the control method – instead of traditional Corleo elements, they respond to cyclist's body movements. Moving the center of gravity causes the robot to properly adjust its steps.
Corleo also has rubber “hooves” that increase adhesion on both hard and soft surfaces. The robot also has the ability to jump obstacles, although specific performance indicators have not been disclosed.
Corleo, which is currently a concept model, does not have detailed technical specifications such as speed, range or battery life. Kawasaki provides a potential market premiere by 2050.
