In a pre-event trial at Beijing’s World Humanoid Robot Games, a Chinese humanoid robot called “Lightning” reportedly ran the 100 meters in 9.32 seconds. Also, an X-Humanoid robot posted 9.39 seconds in the official opening-day 100-meter competition. Both times are faster than Usain Bolt’s 9.58-second human world record, but neither changes the official track-and-field record.
Incidentally, Chinese state media reported a peak speed of 14.5 meters per second—about 32.4 mph—during the aforementioned world record-beating run..
Why Bolt’s record remains intact
Bolt’s 9.58 seconds was achieved at the 2009 World Athletics Championships in Berlin under athletics competition rules, as a human-performance world record. The robot times were recorded in a separate robotics setting, involving machines that can use electric power, mechanical components, and control systems unavailable to human runners.
Below is a video of the X-Humanoid robot that ran 9.39 seconds on opening day at Beijing’s World Humanoid Robot Games.
A humanoid robot developed by China’s Beijing Innovation Center of Humanoid Robotics ran 100 meters in 9.39 seconds, beating the human world record held by Jamaican sprinting great Usain Bolt https://t.co/z0D4H4Vco6 pic.twitter.com/EYuum0iwA8
— Reuters (@Reuters) August 22, 2026
We’ve been warned
This feat is not just about the achievements of an artificial athlete, but rather, a warning sign to society.
The potential for robots to be able to accomplish many things that humans can do (run faster, jump higher, etc.) at some point in the future will have serious implications outside of athletics.
Hence, this is not a story about how fast a single machine can run today. This is a story about how fast we’re moving forward with this kind of technology and what types of machines we may have available within the next few years.
That’s why the 100-meter record could be interpreted as a warning about an eventual, much broader trend, rather than simply an interesting sports or tech story.
The same advances in balance, coordination, power, perception, and real-time decision-making that allow a robot to sprint faster than the fastest human could eventually make robots much more capable in factories, warehouses, construction sites, disaster zones, military environments, security operations, and even homes.
