
Chinese humanoid robots break Usain Bolt 100-metre sprint mark at Beijing games
Humanoid robots clocked sprint times below 9.40 seconds during the opening events of the World Humanoid Robot Games in Beijing, surpassing the 9.58-second world mark set by Usain Bolt in 2009.
Sprint records in Beijing
Humanoid robots demonstrated sprint speeds surpassing the human world record during the opening events of the second World Humanoid Robot Games in Beijing. In a preliminary heat on Saturday, 22 August 2026, the Tiangong Ultra robot, developed by the Tianzhuo team, completed the 100-metre dash in 9.39 seconds. That mark improved upon the robot's previous competition time of 21.50 seconds and edged past the 9.58-second human world record established by Usain Bolt at the 2009 World Athletics Championships in Berlin. In the same heat, a robot named Shandian, built by consumer technology firm Honor, took second place with a time of 9.47 seconds, finishing a body length behind Tiangong Ultra. A machine entered by Chinese robotics company Unitree took third place with a time of 12.41 seconds.
Earlier on Saturday, Chinese state television reported that Honor's machine, also called Lightning, clocked 9.32 seconds during a preparatory test session. The robot achieved a top velocity of 14.5 metres per second during that run.
- Lightning (preparatory test)
- 9.32 seconds
- Tiangong Ultra (heat)
- 9.39 seconds
- Shandian (heat)
- 9.47 seconds
- Usain Bolt (human record)
- 9.58 seconds
- Unitree (heat)
- 12.41 seconds
- Tiangong (prior games)
- 21.5 seconds
Engineering revisions and distance running
The sprint performances follow earlier athletic trials conducted in the Chinese capital. In April 2026, the Lightning robot finished the 21-kilometre Beijing half marathon in 50 minutes and 26 seconds, running faster than the elite human record of 57 minutes. At the time of the half marathon, the machine measured 169 centimetres in total height with legs measuring 95 centimetres.
To prepare for the sprint competition at the World Humanoid Robot Games, researchers lengthened Lightning's legs by 10 centimetres to reach 1.05 metres, according to China Central Television. The physical modification allowed the bipedal system to attain higher stride turnover and acceleration across the 100-metre track at the National Speed Skating Oval, known as the Ice Ribbon.
- Lightning completes Beijing half marathon in 50 minutes 26 seconds
- Unitree completes initial public offering with share value multiplying sixfold
- Lightning clocks 9.32 seconds in testing; Tiangong Ultra wins heat in 9.39 seconds
- Scheduled conclusion of the World Humanoid Robot Games in Beijing
Scope of the humanoid games
The five-day competition in Beijing brought together 666 teams and 2,056 machines, including 25 delegations from abroad. Organizers scheduled 51 sporting and task-oriented disciplines across 1,301 competitive rounds, spanning track and field, football, martial arts, table tennis, wrestling, and weightlifting. The event is scheduled to conclude on Wednesday, 26 August 2026.
The demonstrations in Beijing are designed to assess both athletic locomotion and practical capabilities that translate to industrial settings. Chinese policymakers and technology enterprises have designated humanoid robotics as a strategic emerging sector, directing capital toward artificial intelligence and hardware architectures intended for factory manufacturing, logistics handling, and consumer tasks.
Commercial outlook and autonomous limits
Market activity accompanied the athletic trials in Beijing. Unitree, one of China's primary robotics manufacturers, conducted an initial public offering on Wednesday, 19 August 2026, seeing its equity valuation multiply sixfold within hours of trading. Despite the market debut and sprinting milestones, company leadership cautioned that current humanoid models still lack the operational efficiency and physical versatility required for widespread commercial deployment.
Unitree's chief executive stated that an industry inflection point will likely occur in the next two to ten years. According to that projection, subsequent iterations integrating advanced artificial intelligence models will eventually enable humanoid units to complete roughly 80% of routine workplace tasks without manual intervention.


