World Humanoid Robot Games 2023: Beijing Hosts Global Competition Showcasing Advanced Chinese AI Technology
The historic first World Humanoid Robot Games concluded on Sunday, marking a significant milestone in robotics innovation. The three-day event, held in Beijing, saw participation from 280 teams hailing from 16 nations, including the United States. Teams predominantly utilized robots manufactured by Chinese companies such as Unitree and Booster.
The competition showcased humanoid athletes engaging in dance battles, martial arts, track and field events including the 400-meter and 1500-meter races, long jump, and a soccer tournament.
Guo Tong, one of the programmers for the futuristic football team Hephaestus, expressed his belief in robots surpassing human athletes like soccer star Cristiano Ronaldo by 2050, attributing their strength to advanced joints and core muscles. Chinese Olympic boxer Li Yang shared similar sentiments, emphasizing the ease of coaching robots compared to humans who are often influenced by emotions.
Chinese robotics companies such as Hangzhou-based Unitree, viewed as a rival to Tesla’s Optimus, garnered multiple medals in the competition. Other notable performers included Beijing-based X-Humanoid and Hong Kong-listed Shenzhen firm UBTECH.
The Chinese government identifies humanoid robots as a key sector for future economic growth, with plans to establish a world-class humanoid robot industry by 2027. The games are the latest in a series of events promoting humanoid robot technology, with China announcing plans for its second Olympics-style event for humanoid robots next August.
Robots also demonstrated their potential in various job sectors, displaying skills as drug store clerks, factory workers, and hotel staff. In a mock hotel room setting, one challenge involved a robot picking up all garbage and disposing of it properly, with referees noting the difficulty robots encountered in opening and closing doors.
Robot designer Wang Xidong emphasized the importance of such competitions in testing and improving robot skills, stating that everyone involved feels motivated to compete.