Chinese Automakers Successively Enter Humanoid Robot Business

Chinese automakers are successively announcing their entry into the humanoid robot business. Advances in technology have increased the sense of reality regarding monetization, spurring new groups of companies to venture into this domain.

Behind this trend lies the intensification of competition in the electric vehicle (EV) market. China's automotive industry faces severe price competition both domestically and internationally, making it difficult to maintain profit margins with a business model dependent on automobile sales alone. Against this backdrop, humanoid robots have come to be viewed as a next revenue source. Tesla took the lead in this direction and demonstrated an approach of converting manufacturing technologies and supply chains cultivated in automobile production to robot development, influencing Chinese companies' decisions to enter the market.

Tesla is developing the humanoid robot "Optimus" with a view toward use in its own factories, and is also considering external sales in the future. The model demonstrated is one of dual revenue opportunities: "factory automation" and "robot sales as a product." Chinese automakers are likewise following this framework, reportedly devising strategies to achieve product commercialization while conducting demonstrations on their own production lines.

Notably, the companies entering the market are not mere startups but established automakers already possessing large-scale manufacturing infrastructure and procurement networks. Humanoid robot mass production requires precise component procurement, quality management, and large-scale assembly processes—all of which align with the strengths that the automotive industry has cultivated over many years. The entry of automakers into this sector has a certain rationality in that they can leverage their manufacturing capabilities.

However, there are also significant challenges. Humanoid robots are technically demanding, and currently face constraints in practical operating range and durability. Achieving both cost reduction for mass production and performance improvement is a common challenge across the industry. Additionally, the development of software and AI control systems to enable robots to function stably in actual workplace environments is equally important as, if not more important than, hardware capabilities.

The concentrated entry of Chinese automakers into the humanoid robot sector suggests the possibility that the pattern of "large-scale Chinese company participation and price disruption" seen in the EV industry may repeat itself in the robotics industry. Going forward, the key indicators for measuring progress in this field will be when and at what stage each company announces actual robot demonstrations and mass production plans, and whether real-world deployment results begin to accumulate in manufacturing environments.