China's Tiangong Ultra clocks 8.86-second 100 metres at Beijing robot games

Sub-nine-second sprint

China's Tiangong Ultra humanoid robot ran 100 metres in 8.86 seconds during the semifinals at the World Humanoid Robot Games in Beijing on 25 August 2026. The performance improved on the 9.39-second mark the bipedal machine set in an opening-day heat on 22 August. That heat saw Tiangong Ultra pass smartphone maker Honor's robot, Lightning, which registered a time of 9.47 seconds after recording 9.32 seconds in an earlier test run. Both machines surpassed the human world record of 9.58 seconds set by Usain Bolt in Berlin in 2009. At the inaugural edition of the Beijing competition in 2025, the original Tiangong unit won the 100-metre sprint in 21.50 seconds.

Tiangong (2025)21.5

Usain Bolt (2009)9.58

Honor Lightning (2026)9.47

Tiangong Ultra heat (2026)9.39

Tiangong Ultra semifinal (2026)8.86

Tiangong (2025)

21.5 s

Usain Bolt (2009)

9.58 s

Honor Lightning (2026)

9.47 s

Tiangong Ultra heat (2026)

9.39 s

Tiangong Ultra semifinal (2026)

8.86 s

Data from the article text

Deceleration issues and mechanical failures

Sprint competitors were engineered to maximize forward velocity along straight tracks but lacked onboard systems to decelerate safely. Tiangong Ultra completed its sub-nine-second semifinal by crashing into a thick protective mat placed beyond the finish line, causing a small fire to break out in its torso. Another sprinting robot disassembled mid-race in the second semifinal heat, while other machines sparked or broke at the waist upon impact. During Tuesday's tug-of-war tournament, two-robot teams lost balance and fell directly to the ground while pulling ropes. Spectators also witnessed mechanical malfunctions during gymnastics, soccer, and weightlifting routines, where robots dropped weights or crashed into fixtures.

Dipam Patel, a computer science researcher at Purdue University and the US Army DevCom Army Research Lab, described the single-task engineering of the competitors.

“If you cross the finish line, that's the goal -- it doesn't matter if you stop and it doesn't matter if you fall into different pieces.”

Scope and technical benchmarks

The 2026 World Humanoid Robot Games ran from 22 August to 26 August at venues including Beijing's National Speed Skating Oval. The second edition brought together more than 2,000 robots from 666 teams contesting 51 sporting and practical categories. Beyond sprints, robots competed in kickboxing, soccer, table tennis, dance, and standing high jump, as well as domestic tasks like washing and hanging laundry. In practical household demonstrations, robotic speeds lagged behind ordinary human performance. The Beijing Humanoid Robot Innovation Center reported that its machines also achieved a 400-metre time of 38.15 seconds, a 1,500-metre time of 2 minutes 21.64 seconds, and a 2.88-metre standing high jump.

Li Hui, an engineer with Fudan University's table-tennis robotics unit, described the experience of watching the machines on the track.

“Reading that a motor-powered robot can run faster than a human is one thing. Seeing it rush past you during training is completely different. You realise how impressive it is.”

Industry backing and deployment

The Beijing Humanoid Robot Innovation Center, which built Tiangong Ultra, is backed by state-owned enterprises, investment funds, Baidu, and the robotics division of Xiaomi. Chinese policymakers have designated humanoid robotics as a strategic emerging industry, linking technical demonstrations to long-term manufacturing and automation goals. According to the International Federation of Robotics, China installed 295,000 industrial robots in 2024, accounting for more than half of all installations worldwide. Chinese factories currently operate more than 2 million industrial units as developers test whether dynamic bipedal systems can transition from controlled sporting tracks into commercial environments.