Unitree Robotics has released video of its H1 humanoid robot reaching 10.1 meters per second on an athletics track, which the company claims is a new world record for humanoid robot sprinting. For context, Usain Bolt averaged approximately 10.44 m/s during his 9.58-second men's 100-meter world record in 2009. Unitree acknowledged a possible measurement error in the speed reading.
The H1 stands on legs with a combined thigh-and-calf length of 0.8 meters and weighs about 62 kilograms — roughly comparable to an average human. Unitree's YouTube video describes the robot as achieving "world champion-level running speed."
Where the H1 fits in the field
The H1 is not the only humanoid approaching these speeds. In February 2026, MirrorMe introduced a full-size humanoid named Bolt — 175 centimeters tall, 75 kilograms — also rated at a peak of 10 meters per second, according to the Global Times.
At the 2025 World Humanoid Robot Games, the Tien Kung Ultra, developed by the National and Local Co-built Embodied AI Robotics Innovation Center, won the 100-meter race in 21.50 seconds, beating competing H1 robots. That same robot completed the world's first humanoid half-marathon in approximately 2 hours and 40 minutes in April 2025.
Unitree has indicated that humanoid robots could break the 10-second 100-meter barrier by mid-2026, according to the Global Times. The demo shown is a controlled track test, not an autonomous field deployment.
Why it matters
Locomotion speed has been a hard ceiling on where humanoid robots can be usefully deployed — emergency response, logistics, and search-and-rescue all require machines that can keep pace with or outrun human workers in urgent scenarios. A humanoid capable of sustained 10 m/s movement narrows that gap measurably, even if endurance, terrain adaptability, and task performance under load remain open questions.