Unitree Robotics (宇树机器人) claims humanoid hits 10 m/s, closing in on Usain Bolt's top speed

Company says H1 peaked at 10 m/s; record claim draws global attention

Unitree Robotics (宇树机器人) has announced that its humanoid prototype H1 achieved a measured peak speed of 10 metres per second in a recent 100‑metre test, it has been reported. That peak speed approaches the legendary sprinting benchmark set by Jamaican sprinter Usain Bolt (9.58 s over 100 m, roughly 10.44 m/s). The company framed the run as a new world record for humanoid robot 100‑metre tests. Reportedly, the data come from internal test footage shared by the firm.

Machine specifications and history of the platform

Unitree says the H1 stands about 180 cm tall and weighs roughly 47 kg; an evolution, the H1‑2, measures about 178 cm and weighs about 70 kg. The firm previously touted a 3.3 m/s record for an earlier H1 iteration in August 2025. Company executives have been bullish: Wang Xingxing reportedly predicted at the 2026 Yabuli Forum that humanoid 100‑metre sprint times could crack the 10‑second barrier by mid‑2026.

Competing claims and verification questions

Competition is heating up. It has been reported that Zhejiang University’s Hangzhou International Science & Innovation Center research institute released a full‑size humanoid called “Bolt” in February and claimed a peak speed of 10 m/s — making independent verification and standardized testing protocols increasingly important. Who sets the record rules? Which measurement methods are used? Those questions matter if the community is to recognize a single, authoritative benchmark.

Bigger picture: speed versus capability amid geopolitical pressure

This race for raw speed sits inside a broader push by Chinese companies and research labs to advance robotics and AI hardware amid global technology frictions, including Western export controls on advanced chips. Speed is eye‑catching. But experts note sprint times are only one slice of capability — perception, balance, battery life and autonomy determine practical value. Still, with humanoids approaching elite human sprint speeds, the question is less "if" and more "how fast and for what purpose?"