The World Humanoid Robot Games wrapped up in Beijing on August 26, with internet-breaking sprint times—the fastest humanoid on the planet—and a few robot calamities. But according to WIRED's Will Knight, the events that point to the technology's commercial future were quieter: plugging cables into sockets and placing a piece of garbage into a trash can. These new challenges hint at the event's real purpose, WIRED reported: pushing humanoid companies to develop systems that inch closer to practical deployment.
Sprinting Past a Human World Record
Organizers said more than 600 teams showed up with over 2,000 robots, WIRED reported. Over 100 humanoid robot manufacturers are based in China alone, and participants traveled in from 15 other countries. The star performer was the Tiangong Ultra, developed by the Beijing Humanoid Robot Innovation Center, which ran the 100-meter dash in 8.86 seconds. The smartphone maker Honor's Lightning robot ran it in 9.47 seconds a few days earlier. Both times beat the human world record set by Usain Bolt, WIRED noted. Tiangong also won the long jump with a sprawl of 7.97 meters. Another company's robot played ping pong against an Olympic champion, while others boxed, scored soccer goals, lifted weights (or tried to), and performed cheerleading routines.
| Robot | Company / Developer | Event | Result |
|---|---|---|---|
| Tiangong Ultra | Beijing Humanoid Robot Innovation Center | 100m dash | 8.86 seconds |
| Lightning | Honor | 100m dash | 9.47 seconds |
| Tiangong Ultra | Beijing Humanoid Robot Innovation Center | Long jump | 7.97 meters |
WIRED noted that part of the fun comes from the ease of anthropomorphizing a humanoid robot—one robot appeared distracted by a cheerleading display, then tumbled over a balustrade. The fact that some robots struggled to stop, occasionally blowing out their motors, shows how the systems are being pushed to their physical limits.
The Real Test: Fine Manipulation
New events this year were designed to tax the robots' brains as much as their brawn, WIRED reported:
- Plugging cables into sockets
- Slowly depositing a piece of garbage in a trash can inside a mock bedroom
These tasks seem simple to humans but are far harder than sprinting or leaping, Stefanie Tellex, a roboticist at Brown University, told WIRED. Advanced manipulation is something of a holy grail in robotics, and some US startups aim to solve it using more advanced AI, WIRED reported.
Fiddly finger skills are difficult because they involve hard-to-predict factors like friction and slippage, the article explains. Humans have a finely honed sense of touch, an innate understanding of physics, and the ability to adapt on a microscopic scale at lightning speed—robots do not.
Moravec's Paradox in Practice
Tellex put it simply:
It's an example of Moravec's paradox.
As WIRED explained, Moravec's paradox captures the way tasks that look impressive to humans—like backflips—can be easier for robots than the fine motor skills humans find effortless. This gap matters for enterprise automation: practical deployments that require handling cables, connectors, or waste require precisely the manipulation abilities that remain unsolved.
Hardware and Simulation Advances
Humanoids have existed for decades, but WIRED reported that recent progress in compact, high-power motors lets robots stay dynamically balanced at high speed. "China has had amazing success building robot hardware," Tellex said. Unitree, which started in the high-tech city of Hangzhou and recently went public, rose to fame by focusing on these innovations.
Running and jumping robots also rely on algorithms trained in simulation to keep them from falling, which most likely explains their nonhuman running gaits: an algorithm lands on an optimal strategy by exploring different movements, and the result may not match the way humans evolved to run.
For technology leaders evaluating where robotics can move beyond spectacle into warehouses, labs, and logistics floors, the games offered a clear benchmark: speed is solved; fine manipulation is the frontier. WIRED's headline captured the author's own view—faster than Usain Bolt, but the dexterity mastery mattered more.
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