China's Humanoid Robot Ran a Half Marathon in 50 Minutes

本站添加: 2026-05-05

[00:00:02]The race is over.

[00:00:03]And what just happened in Beijing is wild.

[00:00:06]About 4 hours ago, a humanoid robot finished a 21-km half marathon in 50 minutes and 26 [music] seconds.

[00:00:14]That's faster than the human world record. Faster than any person alive.

[00:00:19]The fastest human has ever covered that distance is about 57 minutes. Set last month by Jacob Kiplimo in Lisbon.

[00:00:26]The robot beat it by almost 7 minutes.

[00:00:29]And here's what makes this even crazier.

[00:00:31]Last year's winner of the exact same race took 2 hours and 40 minutes.

[00:00:35]1 year later, we're at 50.

[00:00:38]Let me show you what actually happened out there.

[00:00:40]This is the second annual Beijing E-Town Humanoid Robot Half Marathon.

[00:00:45]Same race as last year. Same 21-km course on the outskirts of Beijing. And this is not a flat easy track.

[00:00:53]The course has more than 10 different terrain types baked into it. Slopes, tight curves, narrow sections, open straight.

[00:01:00]It was specifically designed to push robots past the boundary of walking on a treadmill and into can you actually handle the real world?

[00:01:09]Last year, the field had 20 teams. Most of them couldn't finish.

[00:01:13]The winning robot, called Tiangong Ultra, limped across the line in 2 hours, 40 minutes, and 42 seconds.

[00:01:20]A casual human jogger could have beaten it. This year, over 100 teams showed up. Four of them international.

[00:01:27]And the organizers added one rule that changed everything.

[00:01:31]If your robot was remote-controlled instead of autonomous, your finish time gets multiplied by 1.2 as a penalty.

[00:01:37]That rule is the reason everything we just watched actually happened.

[00:01:41]Because it forced the entire industry to move from drive the robot like a video game to make it actually think for itself.

[00:01:49]Okay, so let's talk about the jump.

[00:01:51]Because this is where you realize what you're actually watching.

[00:01:54]Last year, April 2025, 20 teams lined up at the start of this same race. Most of them fell over in the first kilometer.

[00:02:02]Robots needed battery swaps mid-race.

[00:02:05]Some robots had to be carried off on stretchers.

[00:02:08]The winning robot, Tiangong Ultra, ran the full 21 km in 2 hours, 40 minutes, and 42 seconds.

[00:02:15]That's about an 8-minute per kilometer pace. Not impressive. Kind of embarrassing, honestly.

[00:02:20]Fast forward 12 months. Same course, >> [music] >> same distance, same conditions.

[00:02:25]This year's winning robot, Shandian, built by Honor, you know, the smartphone company, ran that same course in 50 minutes and 26 seconds.

[00:02:34]That's a 2-minute 24-second kilometer pace.

[00:02:37]We went from 8 minutes per kilometer to 2 minutes 24 seconds per kilometer in 1 year.

[00:02:43]A three-time speed improvement. And I want you to sit with that for a second.

[00:02:47]Because this kind of jump doesn't normally happen.

[00:02:50]In most tech industries, a three-times improvement is something you see over [music] 5 or 10 years.

[00:02:56]In humanoid robotics, we just watched it happen in 12 months. On camera, in the same stadium, with some of the same engineering teams.

[00:03:04]Here's what changed.

[00:03:06]Last year, most of the robots were remote-controlled. Someone with a joystick was basically driving them like an RC car.

[00:03:12]This year, about 40% of the field ran on fully autonomous navigation.

[00:03:17]The robots were sensing the course, adjusting their balance, and running without human input.

[00:03:23]That shift is the whole story.

[00:03:25]Autonomous control is harder, but once you crack it, you can push the robot faster. Because it's reacting in real time to the terrain instead of waiting for a signal from a controller.

[00:03:35]And the engineering got better fast.

[00:03:37]The legs on the winning Honor robot are between 90 and 95 cm long. Modeled on the exact proportions of elite human marathoners.

[00:03:46]They added liquid cooling, which is the same tech Honor uses in their gaming phones to keep the chips from overheating.

[00:03:52]Same technology, completely different application.

[00:03:55]That's the kind of cross-pollination that's impossible to predict and impossible to stop.

[00:04:01]The winning time was 50 minutes and 26 seconds.

[00:04:04]That's not just fast for a robot. That is faster than the current half marathon human world record.

[00:04:10]The human world record was set last month, March 2026, by Jacob Kiplimo from Uganda at the Lisbon Road Race.

[00:04:17]His time, 56 minutes and 42 seconds.

[00:04:21]That's a world record set by one of the most talented [music] distance runners alive, over a flat certified course, with professional pacing, coaching, and nutrition.

[00:04:30]The Honor robot beat him by over 6 minutes.

[00:04:33]>> [clears throat] >> Now, let me be honest about what this means and what it doesn't.

[00:04:37]A robot marathon isn't an IAAF-sanctioned human event. The course isn't World Athletics-certified. And the robot and the human aren't racing under the same conditions. The robot had support vehicles nearby, battery swap stations, engineers following on motorcycles.

[00:04:53]So, nobody's saying Honor's robot is the new world record holder for humans. But the raw time, the time it takes to cover 21 km on two legs, a machine built in China just did it faster than any human alive. And it gets wilder. Honor swept the entire podium, first, second, and third place. All Honor robots. Times were 50 minutes 26 [music] seconds, about 51 minutes, and about 53 minutes.

[00:05:18]One company, three autonomous robots, three world record-beating times on the same day.

[00:05:25]And here's one more detail the mainstream coverage mostly buried. There was a remote-controlled Honor robot that crossed the finish line first overall at 48 minutes and 19 seconds.

[00:05:36]Let me repeat that. 48 minutes over 21 km. But because of the 1.2 times time penalty on remote-controlled robots, that finish didn't count for the championship. The autonomous winner got the medal.

[00:05:49]Which tells you exactly where the ceiling actually is.

[00:05:51]>> [music] >> When they crack fully autonomous running at that speed, we're going to be talking about robots finishing a half marathon in the 40-minute range. Maybe sooner than you think.

[00:06:01]And remember, this is Honor. A company that didn't even exist as a brand until they spun out of Huawei in 2020.

[00:06:08]6 years later, they're outrunning Boston Dynamics, Figure, and every American humanoid robot team at distance running.

[00:06:15]And Honor isn't even the only Chinese company breaking records right now.

[00:06:19]Literally the day before this race, >> [music] >> Unitree announced their H1 robot hit 10 m/s in a sprint. That's basically Usain Bolt territory.

[00:06:28]They didn't even enter this half marathon. They just casually dropped a sprint speed world record the night before.

[00:06:34]The depth of Chinese humanoid robot engineering right now is wild, and it's not just one company.

[00:06:40]So, what does this actually mean for the robotics industry?

[00:06:43]Two things, and I want to be honest about both.

[00:06:46]First, running fast is not the same as doing useful work.

[00:06:50]The hype is going to be loud this week, so let me be clear. A robot running on flat asphalt in a straight line [music] is a very different problem than a robot folding laundry, cooking dinner, or assembling products in a factory.

[00:07:02]The skills that win a half marathon, balance, endurance, autonomous navigation, those are real.

[00:07:08]But they don't automatically translate to industrial or household usefulness.

[00:07:12]Analysts were asked about this today, and the answer was basically, "Impressive, but not commercially ready."

[00:07:19]Humanoid robots still haven't cracked manual dexterity at scale.

[00:07:22]They can't match a human factory worker on a complex line.

[00:07:26]Second, and this is the part that matters. The pace of improvement is the story.

[00:07:31]Think about what this race looked like in 2025. Robots falling over, stretchers carrying them off the course, a winner that was slower than a weekend jogger.

[00:07:39]12 months later, an autonomous robot breaks the human world record. If that curve continues for even another 2 years, we are going to be having very different conversations about what these machines can do.

[00:07:50]This isn't the end of the story.

[00:07:52]This is what the beginning of exponential looks like.

[00:07:55]Two things are true [music] at the same time right now.

[00:07:58]First, China is winning the humanoid race.

[00:08:01]And I don't mean that as a metaphor.

[00:08:03]2 years in a row of the world's first humanoid half marathon held in Beijing, Agibot, Unitree, and UBTech are the only tier-one shippers of humanoid robots on Earth, according to Omdia's latest global assessment.

[00:08:16]Honor just swept the entire podium of this race.

[00:08:19]None of those are American companies.

[00:08:21]Second, the speed of improvement is going to keep accelerating. Last year's winner, 2 hours 40 minutes. This year's winner, 50 minutes.

[00:08:30]What is next year going to look like?

[00:08:32]If you want to keep up with this stuff in real time, hit subscribe. I drop two videos a week breaking down every major humanoid robot story. New reveals, price drops, industry shifts, the whole thing.

[00:08:44]And if you haven't seen it yet, go watch my breakdown of the $20 gamble, Tesla versus China's robot army.

[00:08:52]That video basically predicted today.

[00:08:54]Link on screen. I'll see you in the next one.