Humanoid robots competed in sports and demonstrations during the opening of the second World Humanoid Robot Games in Beijing on Sunday [5].
The event highlights China's rapid progress in advanced robotics and the intensifying technological competition between China and the U.S. [3, 7].
The competition featured a wide array of events designed to test machine agility and autonomy. Robots participated in an obstacle race, gymnastics, boxing, and football celebrations [1, 3]. One of the most prominent displays involved a tennis match where autonomous humanoid robots completed more than 100 consecutive rallies [2].
Speed records were a primary focus of the demonstrations. A robot manufactured by Honor completed a 100-meter sprint in 9.39 seconds [4]. Another Chinese robot recorded a time of 38.16 seconds for a 400-meter run [4].
These athletic displays were attended by hundreds of spectators [5]. The games serve as a public exhibition of how closely machines can now mimic human physical capabilities, ranging from the precision required for tennis to the explosive power needed for sprinting.
Organizers said the venue was used to demonstrate the integration of artificial intelligence with physical hardware [3]. By pushing robots into high-intensity sports, the event aimed to show that these machines are moving beyond static industrial roles and into dynamic, unpredictable environments [7].
“Robots completed more than 100 consecutive rallies in a tennis match”
The transition of humanoid robots from controlled laboratory settings to competitive sports environments signals a shift toward general-purpose robotics. Achieving sub-10-second sprint times and complex athletic rallies suggests that the hardware and AI coordination necessary for real-world mobility—such as navigation in disaster zones or complex warehouse logistics—is maturing rapidly.
