In a stunning reveal at the Osaka Kansai Expo preview, Kawasaki Heavy Industries (KHI) has introduced the Corleo - an ambitious concept for a two-seater robotic quadruped that combines cutting-edge AI with hydrogen power technology.
The Corleo represents KHI's vision for personal mobility in 2050. This mechanical steed is powered by a 150cc hydrogen-fueled generator engine, producing only water as a byproduct. The design features an adjustable riding position with stirrups to accommodate different riders, a passenger seat, and a handlebar setup topped with a wind deflector and color display screen.
What sets the Corleo apart is its sophisticated AI vision system, enabling it to navigate challenging terrain autonomously while responding to the rider's body movements for steering control. The robot can analyze potential paths and display its intended route through illuminated arrows during nighttime operation.
The machine's advanced leg design includes additional joints for impact absorption, with rubber-treaded bifurcated "hooves" for enhanced grip. KHI has demonstrated a standing prototype, though the dramatic promotional videos showing high-speed cross-country capabilities are computer-generated visualizations of the concept's potential.
While the Corleo may seem like science fiction, the field of rideable quadruped robots is already emerging. Chinese manufacturer XPeng has already produced a smaller rideable unicorn robot for children, complete with a functional robotic arm tail.
The Corleo project showcases Japanese innovation in clean mobility, even if its ambitious vision of high-speed robotic horse riding remains years away from reality. For now, KHI has built an eye-catching concept that sparks imagination about the future of personal transportation.