The Humanoid Robot That Holds the 100-Meter World Record, Tiangong Ultra, Is Turning to Factory Work

Its engineers say the real race is only just beginning, and it involves turning a sprinting machine into a useful tool for the real world. This comes just two weeks after TianGong Ultra ran 100 meters in 8.64 seconds at the World Humanoid Robot Games in Beijing, nearly a second faster than Usain Bolt’s human record of 9.58 seconds. (Bolt’s record remains the official human record; the robot competed in a separate category, under completely different rules and conditions).

Reuters reported in an exclusive report how the team at X-Humanoid (the Beijing Humanoid Robot Innovation Center) spent the competition dealing with falls, emergency repairs, and software corrections for its robotic “athletes.” Jack Guo, the lead engineer behind Ultra and its smaller counterpart, Omni, told Reuters that sprinting was never the ultimate goal. “We are pursuing the transition from high performance to high reliability and usability,” Guo said.

Speed as a Stress Test

Ultra’s record performance came in stages. After clocking 9.39 seconds in a qualifying race on August 22, it improved its time through successive rounds, changing what Guo called its “running strategies” and refining its start. Pushing a 75-kilogram humanoid robot to more than 17 meters per second exposes weak joints, sensor errors, and synchronization problems that may remain invisible during carefully controlled laboratory demonstrations. Braking alone at that speed represents a significant engineering challenge.

The Associated Press reported that several robots ended up crashing into the protective barrier after crossing the finish line, with some even producing sparks, forcing response teams to use fire extinguishers.

From Sporting Performance to Work in Factories and Industrial Plants

X-Humanoid, backed by investors including Xiaomi, Baidu, and UBTech, is already testing robots in relatively low-risk industrial environments. At an engine factory in Beijing, humanoid robots move boxes weighing between 8 and 12 kilograms in repetitive, controlled tasks designed to demonstrate that the machines can maintain reliable uptime before being deployed in more demanding environments, such as outdoor inspections or emergency response situations.

At the 2026 World Humanoid Robot Games, robots also set records in the 400 meters, 1,500 meters, and high jump. Yet the distance between a spectacle and a viable product remains enormous. From Guo’s team’s perspective, what really matters now is not faster sprint times, but fewer accidents, less supervision from human operators, and clearer safety limits governing how these machines start, turn, and stop.

And This Is Where the Story of the “Great Champion” Ends

The headline with which we began this article is a joke. But the mechanism behind it is not a joke at all. In this case, the disappointment of discovering that the “great champion” is a Chinese robot rather than a Romanian or international athlete who has fallen on hard times is harmless. But the same “curiosity gap” is constantly used for much more sensitive stories — health, deaths, scandals — where the lack of context in a headline can be far more misleading than a simple joke about a robot working in a factory in China.

The real story, however, is more interesting than the headline. Because Tiangong Ultra does not merely represent a robot that ran faster than Usain Bolt. It represents an industry trying to turn spectacular demonstrations into machines capable of creating economic value in the real world.

Humanoid robots have started looking for jobs.

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