Berlin, August 2009: The Olympic Stadium trembles beneath the feet of the spellbound spectators as the charismatic Jamaican Usain Bolt shatters the 100-meter record with a seemingly unbelievable time of 9.58 seconds. A fabulous record, set in stone for eternity—or so quite a few people thought. This record stood for seventeen long years and was hailed as the pinnacle of human physical evolution to date. But then came late August of the year 2026.

A remarkable chapter has been added to the history of sprinting

It wasn’t on the blue tartan track in Berlin, but in Beijing that a remarkable chapter was added to the history of sprinting. The scene at the National Speed Skating Oval could hardly have been more utopian—or dystopian, depending on your perspective: More than 2,000 robots from 666 teams representing 16 countries competed against each other in over 50 disciplines. The highlight came during one of the 100-meter heats. “Tiangong Ultra” from the Beijing Humanoid Robot Innovation Center raced across the finish line in an incredible 9.39 seconds, closely followed by “Lightning” from the manufacturer Honor with a time of 9.47 seconds. In a test run, Honor’s machine had previously even clocked 9.32 seconds, reaching a top speed of 14.5 meters per second. On paper, Usain Bolt had been dethroned. And that wasn’t all: The 33-year-old world record in the high jump held by Cuban Javier Sotomayor (2.45 meters) also fell when another robot from the same Beijing-based company—known internationally as X-Humanoid—catapulted itself to 2.88 meters.

Amateurs at the Art of Braking

But anyone expecting graceful cyborgs to casually pose for the cameras after crossing the finish line is sorely mistaken. The contrast between record-breaking performance and the physics at play was ruthlessly revealed right behind the finish line. While Usain Bolt once jogged a relaxed lap of honor, the machines’ record-breaking run ended in almost slapstick-like chaos. To be able to stop the lightning-fast metal colossi at all, the organizers had thoughtfully placed a thick mat behind the finish line. The robots, absolute masters of explosive acceleration, proved to be total amateurs when it came to braking. Both careened uncontrollably into the padded barrier: “Tiangong Ultra” stumbled menacingly toward the spectators, who had to step aside, while “Lightning” collapsed after the impact and was carried out of the arena on a stretcher like a crash-test dummy that had been in an accident.

What’s the point of a collection of servo motors that can run fast?

Not least because of this humor, many people ask themselves: Why are we doing this at all? The answer lies not in track and field, but simply in modern industry. For a bipedal robot, a sprint isn’t a sporting competition, but a merciless stress test for its complex systems. The machine must accelerate extremely quickly, coordinate its artificial limbs flawlessly in fractions of a millisecond, maintain its balance dynamically, and react to even the slightest changes in ground conditions. If an algorithm can keep a robot safely upright on two legs at an average race speed of just under 40 kilometers per hour, then that exact same algorithm will—in the near future—be able to navigate the same robot across the uneven, debris-strewn terrain of an earthquake zone, for example.

The gymnastics mat is not a mishap; it is a set of specifications.

As heartwarming and funny as the image of the gymnastics mat may be—it marks the exact point where sports becomes industrial policy. A sprint tests acceleration with brutal thoroughness and hardly tests stopping at all. In a factory floor, it’s exactly the opposite. There, no one cares how fast a machine races off; the only thing that matters is whether it stops reliably when a person enters its workspace. Safety certification under European machinery law doesn’t depend on maximum speed, but on controlled stopping, on the machine’s response to people in its vicinity, and on clearly defined behavior in the event of a malfunction. Any plant manager who raves about the 9.39 seconds should, in the very next breath, ask about the braking distance.

The latest technological leap is nonetheless breathtaking

The leap forward compared to last year is nonetheless breathtaking: In the first edition in 2025, the winner at the time still needed a leisurely 21.50 seconds. Behind this success are four key factors that are easy to list but difficult to master: higher-performance joint drives, uncompromising lightweight construction, task-specific thermal management for sustained operation—and a motion stack that keeps the robot on track using only onboard perception, without any painted orientation lines. Engineers tinker with every detail; for example, “Lightning’s” legs were promptly lengthened by ten centimeters after its half-marathon victory in April. This obsession with detail has a tangible economic rationale: China has long defined humanoid robots—so-called “embodied artificial intelligence”—as a strategic industry of the future. The true benefit lies in the limitless scalability of a workforce that neither forms unions nor requests expensive vacation time and never complains about nagging back pain.

The fastest isn’t necessarily the most successful

Almost even more revealing than the records is the question of who wasn’t in the lead in Beijing. Unitree, based in Hangzhou, is considered the market leader among humanoid robot manufacturers in terms of shipments and has been listed on the Shanghai Stock Exchange since August 19, where its stock soared 460 percent on its first day of trading. In the 100-meter preliminary race, the newly crowned stock market darling clocked in at 12.41 seconds—putting it about three seconds behind its Beijing competitors. So the records come from a state-affiliated institute, while the production figures come from a private manufacturer. For buyers, this is a very useful reminder that best times and delivery capacity are two completely different things—even if both move on two legs.

And Europe? Just watch…

Despite all the slapstick elements, these races are, above all, one thing: a public stress test in which an entire country willingly allows its own weaknesses to be captured on film—1,301 race laps, including every crash and false start. Those who see their machines fail under reproducible conditions learn far faster than anyone who shoots only choreographed product videos. No comparable format exists in Europe yet—and yet it wouldn’t be a prestige project, but simply the benchmark that European users need to be able to evaluate offerings seriously. A venue with an industrial audience and international reach would be ideal for this. Hanover, for example.

“Stupid piece of junk!”

For humanity as a whole, this milestone is likely both a curse and a blessing. Sports seemed to be the last impregnable bastion of purely human physical prowess. World chess champion Garry Kasparov capitulated as early as 1997 to the supercomputer Deep Blue with the now-legendary words, “Stupid piece of junk!”; Go master Lee Sedol grudgingly conceded defeat to the software AlphaGo in 2016. The human brain had thus long since been defeated in certain domains of logic. But what about the human body? None of this, however, diminishes our fascination with Usain Bolt in the slightest. What we admire in him is his iron will and his conscious overcoming of his own pain. A robot does not overcome its inner demons; it merely stoically executes its programmed code. Its spectacular victory is a pure triumph of mathematics and engineering, but not of sports.

The mechanical anti-doping agency of the future

So, a tongue-in-cheek summary of these historic days in Beijing goes like this: Usain Bolt’s record has officially fallen, shattered by a machine that runs as fast as an arrow but, curiously enough, still can’t brake. It’s quite a comforting thought that our potential mechanical overlords of the future can still be easily caught by a simple gymnastics mat. And it’s only a matter of time before overzealous mechanics secretly install unauthorized servo motors and a “World Robotic Anti-Doping Agency” has to test the lubricating grease used for performance-enhancing viscosity.

We humans—so wonderfully flawed, slow, and fragile

In the distant future, a world is taking shape in which the physical superiority of machines is such a commonplace part of everyday life that we no longer pay it any attention. In fifty years, no one will applaud when a robot runs 100 meters in under five seconds, just as we don’t clap today when a calculator solves complex square roots. The true competitions of the future will once again belong exclusively to us humans—ironically, precisely because we are so wonderfully flawed, slow, and fragile. And while “Tiangong Ultra Version 14” routinely delivers packages in record time, we humans will hopefully be sitting comfortably on the couch, watching those images from the summer of 2009, when Usain Bolt made the world hold its breath for 9.58 seconds. Because that was—and remains—true magic.