Unitree Robotics has released new footage of its H1 humanoid robot sprinting at speeds that begin to rival elite human performance, marking a notable step forward in robotics and mobility. During a controlled test on an athletics track, the H1 clocked a top speed of 10.1 metres per second as it passed a timing device. The company acknowledged there could be a margin of error in the reading, but even a slight adjustment would still place the robot among the fastest of its kind.
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Designed with human-like proportions, the H1 features a combined thigh and calf length of 80 centimetres and weighs about 62 kilograms—roughly in line with an average adult. The demonstration highlights not just speed, but also balance, coordination and mechanical efficiency, all of which remain complex challenges in humanoid robotics.
Closing the gap with human performance
The recorded sprint brings the H1 close to the average speed maintained by Usain Bolt during his 100-metre world record run of 9.58 seconds in 2009, where he averaged around 10.44 metres per second. While the comparison is not exact—human sprinting involves acceleration phases and biomechanical nuances—it offers a useful benchmark for gauging progress.
Unitree suggests that, at the current pace of development, humanoid robots could approach or even break the 10-second barrier in the 100-metre dash within the next couple of years. If achieved, that would mark a significant milestone in the evolution of legged robotics.
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A competitive field emerging
Advances are not limited to a single company. At the 2025 World Humanoid Robot Games, the Tien Kung Ultra robot, developed by the National and Local Co-built Embodied AI Robotics Innovation Center, completed the 100-metre race in 21.50 seconds, outperforming other entrants, including Unitree’s H1 models.
The same robot also made headlines earlier that year by completing what was described as the world’s first humanoid robot half-marathon, finishing the course in approximately 2 hours and 40 minutes. Taken together, these developments point to a rapidly evolving field where speed, endurance and stability are improving in tandem. While humanoid robots are still far from matching the full range of human athletic ability, their progress on the track is becoming harder to ignore.
