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Culturepublished

Tiangong Ultra Runs 100 Meters in 8.86 Seconds, While Safe Stopping Remains Unresolved

The Beijing competition made athletic progress visible, but its practical events point to the work still needed on deceleration, dexterity and autonomous operation before broader deployment.

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Tiangong Ultra Runs 100 Meters in 8.86 Seconds, While Safe Stopping Remains Unresolved
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Tiangong Ultra ran 100 meters in 8.86 seconds at Beijing’s World Humanoid Robot Games, beating Usain Bolt’s 9.58-second human record. It also won the long jump with a leap of 7.97 meters. But the more revealing moment may have been a failure: a Unitree humanoid reportedly reached 28.3 miles per hour, then failed to brake, veered off the track, and hit barriers. That is the gap between producing speed and controlling it safely. The games ran from August 22nd through the 26th, drawing more than 600 teams and over 2,000 robots from China and 15 other countries across 51 disciplines. Alongside sprinting and jumping, robots had to plug cables into sockets, put garbage in bins, build with blocks, pick beans with tweezers, and stock supermarket shelves. Those events test the skills that matter in factories, warehouses, and stores: precise manipulation, perception, and handling objects that can slip or behave unpredictably. Galbot also demonstrated a robot playing tennis against a human. But footage from some events appeared to show remote operation, so the performances were not all autonomous. One engineer credited better networking and access to cloud AI processing for some of the progress. The result is a fragmented scorecard: speed is advancing, while safe stopping, dexterity, and independent operation remain separate problems—and the unresolved constraint is whether these robots can manage all three around people.

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3 key points

At the August 22–26 World Humanoid Robot Games in Beijing, Tiangong Ultra posted an 8.86-second 100-meter run and a 7.97-meter long jump, but the competition underscored that speed is not deployment readiness. A Unitree robot reportedly lost control at 28.3 mph, while cable plugging, tweezer-based picking, shelf stocking, and tennis tested manipulation and perception. With more than 2,000 robots participating, the...

  1. 01

    Tiangong Ultra’s 8.86-second sprint beat Usain Bolt’s 9.58-second human record; it also won the long jump at 7.97 meters.

  2. 02

    A Unitree humanoid reportedly failed to brake at 28.3 mph, hit barriers, and highlighted unresolved high-speed control risks.

  3. 03

    The games added practical trials including cable insertion, garbage disposal, block building, tweezer bean picking, and supermarket shelf stocking.

Humanoid robots are now posting sprint times beyond the human world record. Beijing’s World Humanoid Robot Games also exposed the nearer test for machines meant to work around people and objects: stopping safely at speed, handling small items, and completing tasks without remote control.

The second World Humanoid Robot Games ended in Beijing on August 26, after opening on August 22. Organizers said more than 600 teams brought over 2,000 robots, including participants from China and 15 other countries. The program spanned 51 disciplines, adding tennis, table tennis and kickboxing this year alongside industrial, logistics and hospitality trials.

A record sprint, then the hard part: coming to rest

Tiangong Ultra, developed by the Beijing Humanoid Robot Innovation Center, ran 100 meters in 8.86 seconds and won the long jump with 7.97 meters. That sprint is faster than Usain Bolt’s 9.58-second human record. Honor’s Lightning was listed at 9.47 seconds, although an accompanying caption cited a 9.32-second pre-event test.

Speed does not settle the control problem. A Unitree humanoid reportedly traveling 28.3 mph failed to brake, veered off the track and hit trackside barriers. Safe deceleration requires dissipating energy, rebalancing and making rapid transitions between physical states; it remains an unresolved engineering challenge.

The commercial tests ask for different skills

  • Plugging cables into sockets and placing garbage in a trash can tested task execution in a built environment.
  • Block building and tweezer bean picking tested fine manipulation relevant to factory, warehouse and retail automation.

Those slower tasks are difficult because small-object handling must contend with unpredictable friction and slippage. Galbot entered a supermarket shelf-stocking competition and demonstrated a robot autonomously playing tennis against a human, a task requiring perception and fast reactions.

Autonomy remains a material qualifier

Some event footage appeared to show people remotely operating robots, so not every demonstration was autonomous. One engineer attributed part of the progress to improved networking and better access to cloud AI processing. The competition’s clearest result is not that one capability has been solved, but that running, safe control, dexterity and autonomy remain separate tests.

Sources

  1. wired.comThe Humanoids at China’s Robot Games Were Faster Than Usain Bolt—but I’m More Impressed by Their Tweezer Mastery
  2. techradar.comHumanoid robots are breaking our world records at the Robot Games — but why can

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