Usain Bolt’s 100-meter world record stood for 17 years. It took Chinese robotics companies less than a day at a competition in Beijing to beat it.

At the World Humanoid Robot Games on Saturday, Tiangong Ultra, built by the Beijing Humanoid Robot Innovation Center, ran 100 meters in 9.39 seconds. That’s nearly two-tenths of a second faster than Bolt’s 2009 record of 9.58 seconds. Honor’s Lightning robot came in second at 9.47 seconds, still faster than any human has ever run.

Tiangong Ultra also broke the 400-meter record during the competition, though specific times weren’t disclosed in initial reports.

What It Means

This isn’t just a publicity stunt. The World Humanoid Robot Games is where companies building commercial humanoid robots demonstrate their progress on fundamental locomotion challenges. Running fast requires solving balance, power management, and real-time control problems that directly translate to useful work in factories, warehouses, and other commercial settings.

The fact that two different Chinese companies both built robots capable of superhuman sprint speeds, and that they’re doing it in a competitive event rather than controlled lab conditions, tells you something about where the industry is. This is production-ready technology, or close to it.

The Players

Beijing Humanoid Robot Innovation Center is a state-backed research organization that’s been quietly building advanced humanoid platforms. Getting a robot to run this fast requires serious work on actuators, power systems, and control algorithms. The center has been focused on pushing the boundaries of what’s commercially viable, not just what’s technically possible in a lab.

Honor, better known for smartphones, has been investing heavily in robotics as part of China’s broader push into AI and automation. The company’s entry into humanoid robotics with a competitive platform signals that this isn’t a side project. They’re building real capabilities.

Why Speed Matters

Running isn’t the goal. It’s a proxy for the kind of dynamic movement that makes humanoid robots useful. A robot that can sprint can also navigate quickly through a warehouse, respond to changing conditions, and handle tasks that require quick, precise movements.

The speed records also demonstrate power and efficiency gains. Getting a humanoid robot to move this fast without falling apart or running out of battery in seconds is hard. The engineering that makes these sprint times possible is the same engineering that makes all-day operation feasible.

The Bigger Picture

China has been pouring resources into robotics and AI for years, and results like this show it’s working. The country isn’t just catching up to Western companies like Boston Dynamics or Tesla. In some areas, they’re ahead.

The World Humanoid Robot Games is part of that strategy. It creates a public venue for companies to demonstrate progress, attracts talent, and pushes the entire industry forward through competition. It’s working.

For the global robotics industry, this is a wake-up call. Humanoid robots that can outrun humans aren’t science fiction or vaporware. They’re here, they’re being built by multiple companies, and they’re getting better fast.

The next question isn’t whether humanoid robots can match human physical capabilities. It’s what happens when they exceed them across the board, and how quickly that becomes commercially viable. Based on what happened in Beijing this weekend, the answer to “how quickly” might be sooner than most people think.