Chinese Startup Unveils Rideable Robot Horse
DaxAI's Qiji X1 All-Terrain Intelligent Mount can carry up to 660 pounds and navigate complex environments.
A Chinese startup named DaxAI has introduced a large, rideable quadrupedal robot, dubbed the Qiji X1 All-Terrain Intelligent Mount. Revealed at the World Robot Conference in Beijing, the machine is designed to be ridden like a pony and can autonomously navigate challenging terrains.
The robot features four independent legs, allowing it to traverse steep slopes, gravel, and mud. It is capable of carrying loads up to 660 pounds (300kg) and can reach speeds of 25 mph (40 kmph) with a range of 62 miles (100km). The Qiji X1 is equipped with motorbike-style handlebars for steering and a protective screen in place of a horse's head. DaxAI describes the device as a way to transform artificial intelligence into a tangible, real-world tool for off-road leisure and potentially for transporting heavy loads or assisting in emergency rescue operations.
While the Qiji X1's availability and price remain undisclosed, its emergence highlights advancements in robotics, building on recent trends of humanoid robots and robot dogs. Online commentary has offered a mix of intrigue and caution, with some users referencing past innovations like the horseless carriage and others expressing concerns about the potential for malfunctioning robots.
Other robotic horse innovations were also present at the conference. DEEP Robotics showcased a limited-edition robot horse, weighing approximately 66 pounds and standing half a meter tall, which can carry up to 110 pounds. Last year, Kawasaki Heavy Industries presented CORLEO, a hydrogen-powered, two-seater concept robot horse intended for off-road personal mobility, designed for a 2050 timeframe. This vehicle features AI vision for navigation and monitors rider movements for stability.
These developments follow recent breakthroughs in robotics, such as a robot developed by Unitree capable of running faster than Usain Bolt, reaching speeds of 28.3 mph.