The first ever “Olympic Games” for humanoid robots, held in Beijing last month, has brought global attention to one of China’s most assertive technological ventures. Amidst various \u00a0sports exhibitions\u00a0 and industrial demonstrations, China showcased its advancements in the creation of humanoid robots. However, the journey towards achieving reliable and market-ready robotic solutions is riddled with challenges, underscoring that not everything can be achieved through mere \u00a0promises\u00a0.<\/p>\n
Beijing has prioritized humanoid robotics as a key area of focus. Its five-year plan for the robotic sector, set forth in 2021<\/a>, anticipates an annual growth rate exceeding \u00a020%\u00a0. This ambitious initiative is supported by a state fund exceeding \u00a0$140 billion\u00a0 aimed at fostering \u00a0technological startups\u00a0. China aims to lead what it considers the “next great technological revolution” following innovations in smartphones and electric vehicles. This year, they target the production of over \u00a010,000 humanoid robots\u00a0, with significant investments concentrated in cities like \u00a0Shanghai\u00a0, \u00a0Shenzhen\u00a0, and \u00a0Beijing\u00a0.<\/p>\n The recent “Olympic Games” for robots served as a remarkable \u00a0demonstration of strength\u00a0. One of the most distinguished moments was when the Unitree H1 robot completed \u00a01,500 meters\u00a0 in just \u00a06 minutes and 34 seconds\u00a0, boasting a speed of \u00a04.78 m\/s\u00a0\u2014a performance that surpassed Boston Dynamics’ Atlas robot. However, a critical detail that many observers overlooked was that these robots were not operating autonomously; they were remotely controlled by human operators.<\/p>\n While China flaunts its achievements, even inaugurating the first “Robot Mall” in Beijing\u2014an innovative establishment that promises \u00a0sales, spare parts\u00a0, and \u00a0service for humanoids\u00a0\u2014many experts urge caution. \u201cI don\u2019t think anyone has identified a need for humanoids that requires thousands to be installed,\u201d asserts Melonee Wise<\/a>, a former product director at Agility Robotics, in a statement to IEEE. The lack of current demand represents a significant barrier to the mass production of humanoid robots.<\/p>\n Another major hurdle is \u00a0energy autonomy\u00a0. For instance, the Agility Digit robot requires \u00a09 minutes\u00a0 of charging for every \u00a090 minutes\u00a0 of operation, often needing to pause every \u00a030 minutes\u00a0 for safety reserves. Achieving industrial reliability demands standards of \u00a099.99%\u00a0, a far cry from current capabilities in versatile applications. There are unique safety challenges; for example, the unexpected shutdown of a bipedal humanoid robot, weighing several kilograms, poses considerable risks.<\/p>\n While companies like Bank of America Global Research<\/a> predict \u00a018,000 units\u00a0 of humanoid robots to be sold by \u00a02025\u00a0\u2014with estimates soaring to \u00a01 billion robots\u00a0 by \u00a02050\u00a0 in a market projected at \u00a0$5 billion\u00a0, according to Morgan Stanley Research<\/a>\u2014the \u00a0reality\u00a0 is starkly different. Currently, there are very few actual commercial deployments, with even the most advanced companies struggling to utilize their robots beyond \u00a0controlled pilot tests\u00a0. The potential applications that could justify these lofty projections remain largely speculative.<\/p>\n In contrast to China’s optimism, European firms like \u00a0Neura Robotics\u00a0 are making strides in the sector with \u00a04NE1\u00a0, a domestic robot planned for launch at approximately \u00a0\u20ac60,000\u00a0 by \u00a02026\u00a0. The CEO of Neura Robotics envisions their creation achieving a significant impact in robotics, akin to what the iPhone did for smartphones. While the domestic market appears to be the most viable for these types of robots, such an investment represents a considerable financial commitment.<\/p>\n Chinese corporations like \u00a0Xiaomi\u00a0 and \u00a0Honor\u00a0 are diversifying into the humanoid robotics segment, mirroring Amazon’s strategy of absorbing initial losses to ultimately dominate the market. Given the competitive smartphone environment, this strategy seems prudent, provided that initial promises evolve into \u00a0functional and profitable products\u00a0.<\/p>\n China is massively investing in an incipient market, banking on \u00a0artificial intelligence\u00a0 to resolve the challenges of autonomy, reliability, and practical applications of robots. As Wise points out, \u201cThe reality is that AI is not robust enough to meet current market demands.\u201d Indeed, the capabilities of humanoid robots remain limited today, but only time will reveal whether their evolution can ignite a thriving market.<\/p>\n Cover image: China Daily<\/p>\n In Xataka | You cannot climb to the Madrid subway with an electric scooter. In China’s, robots are already passengers.<\/p>\n <img alt=\"China's industrial robots innovation\" width=\"375\" height=\"142\" src=\"https:\/\/i.blogs.es\/41a043\/robots-industriales-china\/375_142.jpeg\"\/><\/code><\/pre>\n<\/div>\n<\/div><\/div>\n<\/div>\nThe Perfect Showcase<\/h2>\n
The Blow of Reality<\/h2>\n
Pending Technical Issues<\/h2>\n
A Market that Still Does Not Exist<\/h2>\n
<img alt=\"China's autonomous robots in action\" width=\"375\" height=\"142\" src=\"https:\/\/i.blogs.es\/e53501\/ps---plantilla-portadas-xtk\/375_142.png\"\/><\/code><\/pre>\n<\/div>\n<\/div><\/div>\n<\/div>\nThe Closest Commercial Launch of Europe<\/h2>\n
Known Companies Betting on the Long Term<\/h2>\n
Hype or Revolution?<\/h2>\n