Beijing – China’s annual Lunar New Year gala, broadcast Monday evening, featured a stunning display of technological prowess as humanoid robots performed complex martial arts routines and parkour stunts, signaling a significant leap forward in the country’s robotics capabilities. The CCTV Spring Festival gala, a nationally televised event watched by an estimated 600 million viewers, showcased robots from Unitree Robotics, Galbot, Noetix, and MagicLab, demonstrating advancements in coordination, balance, and artificial intelligence.
The performance by Unitree Robotics’ G1 robots was particularly notable. According to a video released by CCTV, the robots executed a series of groundbreaking maneuvers, including the first continuous freestyle table-vaulting parkour, an aerial flip, continuous single-leg flips, a two-step wall-assisted backflip, and a 7.5-rotation Airflare grand spin. The robots performed kung fu moves, including nunchaku routines, jumps, and rapid formation shifts, landing with minimal instability.
This year’s display represents a marked improvement over last year’s gala, where Unitree’s humanoids performed a less sophisticated folk dance with handkerchiefs. The increased stability and complexity of the movements showcased on Monday suggest rapid progress in the development of these machines. Unitree Robotics advertises a base price of $13,500 (approximately €11,280) for its G1 humanoid robot.
The gala’s focus on humanoid robotics underscores China’s ambition to dominate the future of manufacturing and artificial intelligence. The program’s opening sketch too featured ByteDance’s AI chatbot Doubao, while Noetix robots appeared in a comedy skit and MagicLab robots performed a synchronized dance. This high-profile showcase comes as several Chinese robotics companies, including AgiBot and Unitree, prepare for initial public offerings this year.
Beyond the spectacle, experts are examining the implications of these advancements. Defence experts suggest that such machines could eventually have military applications, particularly in environments designed for human interaction. Hans Liwång, a professor in systems science for defence and security at the Swedish Defence University, noted that robots could be useful in military and security organizations, especially when navigating human-built structures. However, he cautioned that real-world deployment is far more complex than a staged performance, emphasizing the need for “well-developed logic” to operate in unpredictable environments.
Liwång also warned against overinterpreting the demonstration, stating that such shows are designed to impress and may overstate the technology’s capabilities. He stressed the importance of Europe remaining informed about international developments in robotics, advocating for learning from the efforts and technical advancements made by other countries, particularly China and the United States.
Analysts point to China’s manufacturing scale and supply chain integration as key advantages in the robotics race. The country has developed a near-vertically integrated robotics value chain, supported by strong government backing, enabling firms to scale production quickly and reduce costs. This contrasts with Tesla’s Optimus robot, for which a commercial price has not yet been announced, though CEO Elon Musk has suggested production costs could fall below $20,000 (approximately €16,700) with annual output of one million units.
According to a 2024 report from the International Federation of Robotics, China remains the world’s largest industrial robot market, accounting for more than half of all robot installations globally. The CCTV Spring Festival gala serves as a direct pipeline from industrial policy to public spectacle, with companies appearing on the stage often receiving government orders, investor attention, and increased market access.
