World Humanoid Robot Games: sprinting robots break Bolt's record, then catch fire
The second edition of the World Humanoid Robot Games ran in Beijing from August 22 to 26, a year after the inaugural event in 2025. Viral videos from the competition show sprinting humanoid robots beating the human 100 meter world record long held by Usain Bolt, and other robots surpassing the human standing high jump record. The same footage shows the limits of that progress: running robots crash into barriers and fall because they cannot readily stop, and a few fallen robots break apart at the waist in a shower of sparks or catch fire.
As in 2025, this year's games put humanoid robots through athletic and combat events including kung fu and dance routines, kickboxing matches, soccer, and table tennis. New this year were more mundane, practical tasks such as washing and hanging laundry, and the robots appeared to lag behind typical human working speeds at that kind of chore. The organizers, who include Chinese state media and the Beijing city government, are seen as using the games to showcase the commercial potential of humanoid robots at a time when China's robotics industry is developing and testing them rapidly.
Dipam Patel, a PhD candidate in computer science at Purdue University and a research assistant at the US Army DevCom Army Research Lab, told Ars Technica that going from lagging behind human record holders in 2025 to beating those records in the 100 meter sprint and standing high jump this year points to significant progress in robotic whole body control for specific tasks. He said the sprint and jump both require coordinating joints, hands, legs, arms and the body together, and that the jump from last year's games to this one reflects a real engineering push. Neither the sprint times nor the jump heights the robots achieved are reported, only that the human records were beaten, and the source gives no explanation for why some robots broke apart or caught fire.
Key facts
- At the second World Humanoid Robot Games in Beijing (August 22 to 26), humanoid robots beat the human 100 meter sprint record held by Usain Bolt and the human standing high jump record.
- Some sprinting robots crashed into barriers or fell because they could not stop running, and a few broke apart at the waist in a shower of sparks or caught fire.
- The games, first held in 2025, also tested robots on practical chores like washing and hanging laundry, where they appeared to lag behind typical human working speeds.
- Events included kung fu and dance routines, kickboxing, soccer, and table tennis, alongside the sprint and jump.
- Purdue PhD candidate Dipam Patel said beating last year's deficit to break human records this year shows a significant engineering push in robotic whole body control.
Why it matters
The jump from losing to human record holders in 2025 to beating them in the 100 meter sprint and standing high jump in 2026 is, per an outside robotics researcher, a real sign of engineering progress in whole body control, the coordination of joints, limbs and torso needed to run or jump at speed rather than perform an isolated motion.
Who it affects
It matters most to humanoid robotics developers and researchers benchmarking whole body control, to China's robotics industry and the state media and Beijing city government promoting the games, and to anyone tracking how close humanoid robots are to commercial, practical deployment.
How to use it
As a benchmark, the games are a useful signal of where humanoid robots currently stand: strong on scripted, single-goal athletic tasks like sprinting or jumping, but still slower than humans at unscripted household chores such as washing and hanging laundry, which is a better proxy for near-term commercial usefulness than a footrace.
How solid is it
The account rests on viral competition footage and an on-record assessment from Dipam Patel, a Purdue PhD candidate and US Army research lab assistant, given to Ars Technica. No sprint time or jump height is reported for the record-breaking performances, and no cause is given for the robots that broke apart or caught fire, so the claims of record-breaking speed and height cannot be checked against specific figures here.
Risks and caveats
The same clips that show record-breaking sprints and jumps also show robots crashing into barriers, falling, breaking apart at the waist in sparks, or catching fire, underscoring that the underlying control and reliability problems have not gone away. The games are organized in part by Chinese state media and the Beijing city government, who have a stated interest in showcasing the commercial potential of the country's robotics industry, so the framing of the results carries a promotional angle.
“All of that does display whole body control, because you need to move all the joints, hands, legs, arm, body, everything to accomplish that task.”
— Dipam Patel, PhD candidate in computer science at Purdue University