This year’s Lunar New Year’s Eve celebrations in China were truly a sight to behold, with a dazzling display of technological prowess front and centre. Humanoid robots, not traditional performers, stole the spotlight, executing a series of complex, synchronised martial arts and parkour routines that left audiences and experts alike marvelling at the nation’s rapid advancements in robotics and artificial intelligence.
The spectacle marked a significant milestone, showcasing what appeared to be groundbreaking achievements in humanoid locomotion and agility. According to reports, a group of two dozen robots seamlessly performed a continuous freestyle table-vaulting parkour sequence, an impressive aerial flip, a series of single-leg flips, a complex two-step wall-assisted backflip, and even a jaw-dropping 7.5-rotation Airflare grand spin. This level of coordination and acrobatic capability represents a substantial leap from previous public demonstrations.
A Leap Forward in Humanoid Capabilities
The progress demonstrated by these machines is starkly evident when compared to their performance at last year’s gala. Back then, humanoid robots were seen performing a somewhat wobbly folk dance, holding handkerchiefs. This year’s iteration, however, displayed a remarkable degree of stability and fluidity, clearly signalling a significant stride forward in their development. China has been actively investing in and accelerating its efforts to create more sophisticated AI-powered robots, aiming to reduce the need for constant human input in their operation and design. This focus on creating more autonomous and capable machines is a key part of their national technological strategy.
Beyond the Glitz: What Does it Mean for the Future?
While the Lunar New Year performance was undoubtedly a captivating spectacle, it naturally raises important questions about the true extent of these robots’ capabilities and whether their rapid development warrants any concern. Globally, companies are actively exploring the integration of humanoid robots into various sectors, from the demanding environments of factories and warehouses to the potential for future domestic assistance in our homes.
The implications of such advanced robotics extend beyond commercial and domestic applications. Defence experts have voiced opinions that these sophisticated machines could eventually find their way into military and security operations.
- Professor Hans Liwång, who specialises in systems science for defence and security at the Swedish Defence University, commented on the potential military applications.
He noted that human-shaped and animal-shaped robots could prove valuable for military and security organisations.
This is particularly true if these robots are intended to interact with infrastructure designed for humans, such as navigating cars, ascending stairs, and opening doors.
However, Professor Liwång also issued a crucial caution: real-world deployment of robots is an entirely different proposition compared to a meticulously staged performance. He emphasised that in military contexts, the physical form of the robot is far less critical than its “well-developed logic” and its capacity to operate effectively within unpredictable and dynamic environments.
Furthermore, Liwång advised against reading too much into high-profile demonstrations like the Lunar New Year gala. He suggested that such displays can also be interpreted through the lens of state propaganda, designed to impress and potentially overstate the current technological capabilities.
“Putting on a rehearsed, preplanned, and controlled show does not tell us that much about the state of the technology. Such shows are designed to impress, and therefore likely overstates the capability of the technology,” he stated.
Can Europe Keep Pace with the Robotics Race?
Professor Liwång’s perspective suggests that while Europe doesn’t need to be in a state of alarm, it certainly needs to pay close attention to the global advancements in robotics.
- He stressed the importance of European nations staying informed about international developments.
Europe should aim to learn from the progress being made by other countries rather than attempting to reinvent the wheel.
This involves understanding the significant efforts being invested in robotic development and the resulting technical advancements.
His remarks come at a time when the race to develop advanced humanoid robots increasingly appears to be dominated by China and the United States. Analysts believe that China’s competitive edge largely stems from its exceptional manufacturing scale and the integration of its supply chains. The nation has cultivated what experts describe as a nearly vertically integrated robotics value chain, bolstered by substantial government support. This allows Chinese companies to rapidly scale up production and subsequently drive down costs.
For instance, Unitree Robotics, whose machines were a prominent feature at China’s Spring Festival Gala, advertises a starting price of approximately $13,500 (around €11,280) for its G1 humanoid robot. In contrast, Tesla has yet to reveal a commercial price for its Optimus robot. However, CEO Elon Musk indicated during an earnings call in January 2025 that production costs could potentially drop below $20,000 (approximately €16,700) if annual output reaches one million units. This suggests that widespread affordability may still be some way off until large-scale manufacturing is achieved.
According to a 2024 report by the International Federation of Robotics, a prominent global industry association based in Germany, China continues to hold its position as the world’s largest market for industrial robots. In 2024, China accounted for more than half of all robot installations globally, underscoring its dominant role in the field.
