Robot — an “Olympian”!

A story that until recently looked like science fiction is beginning to move into the category of engineering routine. A Chinese humanoid robot from Unitree Robotics accelerated to a speed of 10 m/s — which is about 36 km/h. A level that is already comparable to the peak speeds of elite sprinters.

For comparison: the world record of Usain Bolt in the 100 meters is 9.58 seconds. This is not just a number, but a result that for decades was considered the limit of human capabilities. And now a system appears for which such speeds are not the ceiling, but only the current stage of development.

The record belongs to the H1 model. This is a humanoid weighing about 62 kg with a leg length of about 0.8 meters — parameters generally comparable to a human. But this is where the similarity essentially ends. The main difference lies in the nature of limitations. The human body works at the edge of biomechanics: muscles, tendons, coordination, fatigue. A robot operates under a different set of rules. It is limited not by physiology, but by actuator power, algorithm stability, and material strength. And this means the limits can be revised along with technological progress.

It is also important to understand the context of the achievement. The speed of 10 m/s was recorded under experimental conditions — on a treadmill, with the robot secured by safety harnesses. This is standard practice during testing: it helps avoid falls and damage during acceleration. But at the same time, it means the result cannot yet be directly compared to a “pure” 100-meter sprint on a track.

Another nuance — it is unknown what kind of run-up was required to reach this speed. In sprinting, this is critically important: acceleration, maximum speed phase, and its maintenance are three different stages. And it is precisely the ability to accelerate quickly, not just reach a peak, that makes an athlete a champion.

Nevertheless, the trend is obvious. Earlier, the company’s head, Wang Xingxing, directly stated that by mid-2026 humanoid robots will be able to run 100 meters faster than Bolt. It sounds bold, but considering the pace of development — it is no longer science fiction.

It is also worth mentioning the Bolt model (yes, the name is chosen with a bit of irony), which earlier this year demonstrated a similar speed in laboratory conditions. At that time, the robot also used a safety system, which emphasizes: we are still at the stage of testing limits, not their practical application. But even in this form, the achievement changes the perception of robotics capabilities.

It is no longer just about a robot being able to “walk” or “not fall.” Now the focus is on dynamics, balance, real-time reaction — that is, qualities that were previously considered exclusively human. Running is one of the most complex forms of movement: milliseconds, precision, and constant body position correction matter here.

And this is where the key point appears. If раньше humans competed with machines in strength or precision, now it is in speed and coordination. And this is a completely different level. At the same time, robots have an obvious advantage: they do not get tired, do not get injured in the usual sense, and can scale. Increased power, improved stabilization algorithms, new materials — and the limit shifts again.

But there is also a downside. For now, such results are achieved in controlled environments. Transferring these speeds into the real world — with uneven surfaces, weather conditions, and no safety support — remains a separate challenge. Nevertheless, the direction is set. And if earlier the question sounded like “can a robot run like a human,” now it sounds different: “how fast will a robot outrun a human.” And judging by the current dynamics, the answer may come sooner than expected.

A video fragment of the run can be viewed on our Telegram channel