Chinese robotics firm Unitree Robotics has hit a historic milestone in legged humanoid robotics, with its flagship H1 model achieving a peak running speed of 10 meters per second — a new benchmark that pushes the limits of bipedal robotic mobility. The breakthrough comes just months after the company’s founder publicly predicted that humanoid robots would soon outpace legendary sprinter Usain Bolt’s world record 100-meter dash speed.
In demonstration footage published by Unitree this past Saturday, the H1 robot — which stands on 0.8-meter legs and has a total mass of 62 kilograms — was modified to remove non-essential head and arm components to reduce aerodynamic drag and excess weight, enabling it to hit the unprecedented 10 m/s mark. For context, this speed is just 0.44 m/s slower than the average speed Usain Bolt maintained when he set his still-unbroken 100-meter world record of 9.58 seconds in 2009.
The H1 robot is set to make its competitive public debut this Sunday at the 2026 Beijing E-Town Half Marathon, where it will compete in the event’s inaugural Humanoid Robot Half Marathon. To prepare for the challenging multi-kilometer course, which features uneven terrain, elevation changes, and sharp curves, Unitree’s engineering team has prioritized two key upgrades: boosting the robot’s long-distance endurance and refining its foot structure to handle complex real-world running conditions. The team has said it aims to achieve a new breakthrough in humanoid robot endurance racing with the event.
The 10 m/s milestone aligns with a prediction Unitree founder Wang Xingxing made during a public address on March 17. Wang noted that as of early 2026, humanoid robots had not yet matched top human sprinting speeds, but he claimed that by mid-2026, a transformative speed breakthrough would be achieved both globally and within China’s domestic robotics sector — one that would leave even Usain Bolt’s record-setting pace in the dust. This latest achievement puts the company well on track to deliver on that bold promise, marking a major step forward in the global race to develop high-mobility humanoid robots capable of operating in human-centric environments.