Aux Jeux olympiques chinois des robots, des humanoïdes s'entraînent, courent et font du tai-chi

At the second World Humanoid Robot Games in Beijing, China, humanoid robots demonstrated remarkable speed and dexterity, challenging human records in both athletic and practical tasks. The five-day event, held at the National Speed Skating Oval from August 22 to 26, 2026, combined competitive sports with scenario-based challenges designed to simulate real-world environments such as factories, restaurants, and emergency response settings. Over 51 events were scheduled, with more than 40 percent requiring complete autonomy, according to Huawei, one of the tech sponsors. Among the highlights was a 100-meter sprint where two robots clocked times faster than Usain Bolt’s world record of 9.58 seconds, marking a dramatic improvement from previous years when robotic competitors struggled to complete the distance within 20 seconds. During the opening day, a humanoid robot caught fire after finishing a 100-meter race, prompting a staff member to wipe down the track following the use of fire extinguishers. This incident underscored the challenges of maintaining safety and reliability in high-speed robotic performance. Another robot completed a 400-meter course in 39.7 seconds, surpassing the world record set by South African athlete Wayde van Niekerk in 43.03 seconds. Spectator and robotics investor Xu Qiaosheng noted the increased intensity of this year’s games, emphasizing the strain on robot batteries and cooling systems. He described the event as a significant milestone for China’s industrial development, highlighting the growing ambition to integrate advanced robotics into everyday labor. Beyond athletic feats, the games included traditional Chinese elements such as Tai Chi and pitch-pot, a game involving throwing arrow-like sticks into a narrow-necked vase. These events added cultural depth to the technological demonstration, blending heritage with innovation. However, the true test of the robots lay in their ability to navigate the complexities of the real world. Small imperfections, such as misaligned cables, objects slightly out of reach, or unstable packages, posed critical challenges. Success in these scenarios required advanced perception, precise motor control, and error recovery without human assistance. Lumos Robotics CEO Yu Chao acknowledged the potential of the games to drive improvements in hardware and offer visibility for the industry. Yet he stressed that long-term success depends on the robots’ ability to address real-world problems effectively. “Only when it can work in those end scenarios does it have real value,” Yu said, noting that mere speed and agility do not equate to practical utility. Similarly, Hua Rong, marketing head at Zeroth, emphasized that the ultimate measure of the technology’s worth would be its post-sale performance in solving user issues. The event also featured novel applications, such as an autonomous humanoid tennis match organized by Beijing-based startup Galbot. Robots competed in singles and doubles play, demonstrating skills like ball tracking, serving, and shot return. Other events tested robots in EV charging, restaurant service, emergency response, and hand-dexterity contests, alongside industrial assembly and material loading tasks. One particularly intricate challenge involved connecting cables, which required accurate vision recognition, mechanical alignment, and controlled force application. As the games continued, the focus remained on pushing the boundaries of robotic capability while addressing the practical hurdles that hinder widespread adoption. With over 50 events spanning diverse domains, the World Humanoid Robot Games aimed to showcase not only technical prowess but also the potential for robotics to transform industries and daily life. The outcomes of these trials would likely shape future developments in the field, offering insights into how far the technology has progressed, and how much further it must go.