Robots are already better than humans at some iconic Olympic sports.
At the second World Humanoid Robot Games in Beijing, a machine has done something no human ever has: run 100 meters in under 9.4 seconds. Honor, the Chinese smartphone maker that spun off from Huawei, fielded a humanoid robot called “Lightning” that clocked 9.32 seconds over the distance during a preparatory test event ahead of the Games. That is faster than Usain Bolt’s 9.58-second world record, set at the 2009 World Athletics Championships in Berlin, a mark that has stood untouched by any human sprinter for close to two decades.
Lightning hit a peak speed of 14.5 meters per second during the run, according to China’s state broadcaster CCTV. The robot isn’t new to this kind of spectacle either. It had already turned heads earlier this year when it won the Beijing half marathon in April, finishing the 21-kilometer course in 50 minutes and 26 seconds, which is faster than the elite human world-record pace for that distance. Engineers reportedly lengthened Lightning’s legs by 10 centimeters, to 1.05 meters, ahead of this year’s Games, which seems to have been enough to shave the fractions of a second needed to get past Bolt’s number.
The 400 Meter Falls Too
The 100-meter dash wasn’t the only human record to go down at the Games. Tiangong, the humanoid robot developed by the Beijing Humanoid Robot Innovation Center, ran the 400 meters in 37.71 seconds, beating the fastest time ever recorded by a human by 5.32 seconds. For context on how large a margin that is in sprinting terms, human 400m records tend to fall by fractions of a second at a time, not by five-second chunks.
Tiangong has been the most consistent name in China’s push to build competitive robot athletes. It previously held the humanoid 100-meter mark at 21.5 seconds during the first edition of the Games last year, before Unitree’s H1 and other machines started chipping away at that number through 2026. Tiangong 2.0 was unveiled with hardware and control upgrades meant specifically to improve running mechanics, and the 400-meter result suggests those changes have paid off well beyond what most observers expected.
The High Jump Too
It isn’t just the sprints. TienKung also cleared 2.8843 meters in the standing high jump, well past the 2.45-meter best mark recorded by human men in the event. A standing high jump is a different discipline from the run-up high jump used in track and field, but the comparison still lands as a striking one: a machine built from motors, actuators, and battery packs generating more vertical lift from a stationary position than the best human jumpers in the sport’s history.
Why This Is Happening Now
None of this is really about robots being “athletic” in the way we understand the word. What’s changed is that Chinese robotics companies have spent the past two years treating sports events as public benchmarking exercises, and the World Humanoid Robot Games have become the venue for showing off that progress to a global audience. The first edition of the Games, held in Beijing in August last year, featured hundreds of robots stumbling, falling, and losing limbs mid-race. A year later, the same event is producing world-record-breaking sprint times.
The pace of improvement says more about China’s industrial strategy than it does about any single robot. The government has funneled over $20 billion in subsidies into the robotics sector over the past year, and Beijing has floated a trillion-yuan fund aimed at AI and robotics startups. Sports events double as marketing and as a genuine testing ground, since motor control, balance, and high-speed locomotion in a running robot are directly transferable to the kind of dexterity and reliability needed in warehouses and factories. A robot that can sprint without its joints overheating or its actuators failing is, underneath the spectacle, a robot whose hardware has cleared a fairly demanding stress test.
Chinese firms including Unitree have been racing each other on exactly this kind of metric all year, from marathons to combat tournaments to now full sprint records, and the results are starting to compound quickly. Whether any of this translates into robots doing useful work in homes and factories at scale is still an open question, but on the track, at least, the humans have some new numbers to think about.