A Chinese humanoid robot ran 100 meters faster than Usain Bolt's world record during a competition in Beijing on Saturday [1, 2].
The event marks a significant milestone in robotics, demonstrating that synthetic machines can now exceed the peak physical capabilities of the fastest human in history.
The sprint took place during the World Humanoid Robot Games, which featured more than 2,000 robots [3] from 16 different countries [3]. While reports on the exact performance vary, some sources state the robot completed the distance in 9.39 seconds [1, 3], while others report a time of 9.32 seconds [4]. Both figures surpass the 9.58-second record set by Bolt in 2009 [2].
There are conflicting reports regarding the robot's origin. Some records attribute the machine to the Beijing-based company X-Humanoid [2], while other reports state it was developed by the smartphone manufacturer Honor [4]. Additionally, some reporting describes the distance as 109 yards [2] rather than the standard 100 meters [1, 3].
Organizers of the games said the achievement is a testament to the speed of innovation in the field. They said that the robots competing have become twice as fast in one year alone [5].
"This highlights the pace of advancement both in the market, and specifically in Chinese robotics," organizers said [5].
The competition served as a showcase for the rapid integration of advanced actuators and balance algorithms. The ability to maintain stability at such high speeds suggests a leap in how humanoid robots handle dynamic movement, a key requirement for future industrial and domestic applications.
“A Chinese humanoid robot ran 100 meters faster than Usain Bolt's world record.”
This achievement signals a shift in humanoid robotics from slow, deliberate movements to high-velocity athletic performance. By surpassing human biological limits in sprinting, the technology demonstrates that the primary bottlenecks in robotics—power-to-weight ratios and real-time balance—are being solved rapidly. This acceleration suggests that humanoid robots may soon move beyond controlled laboratory settings into roles requiring high mobility and physical agility.
