China is scaling the production of humanoid robots to place 10,000 units into real-world jobs by 2026 [5].
This push represents a strategic shift from laboratory demonstrations to mass industrial application. By integrating these machines into factories, hospitals, and logistics centers, China aims to lower labor costs and address systemic labor shortages through an established, low-cost robot-part supply chain [3, 5].
Shanghai-based AgiBot has emerged as a primary driver of this expansion. The company produced 5,000 humanoid robots [1] and shipped roughly 5,100 units in 2025 [2]. During that same year, AgiBot held a 39% share of the global humanoid-robot market [2].
The momentum has continued into 2026, with AgiBot crossing 10,000 cumulative units earlier this year [2]. These machines are being designed for diverse environments, including emergency response units and nationwide factories [3, 5].
Industry analysts said that the rapid scaling of these robots is putting pressure on international competitors. Japanese robotics firms, long considered leaders in the field, are now facing a market where Chinese manufacturers can produce sophisticated hardware at a significantly lower cost [3, 5].
The national strategy involves creating specialized training facilities to ensure the robots can transition from controlled environments to unpredictable workspaces [3]. This infrastructure is intended to accelerate AI capabilities, allowing robots to perform complex tasks that previously required human dexterity and judgment [3, 5].
“China aims to deploy 10,000 humanoid robots in real jobs by 2026”
China's ability to leverage its existing electronics supply chain allows it to treat humanoid robots as consumer-scale hardware rather than boutique engineering projects. By hitting these deployment targets, China is attempting to create a feedback loop where massive amounts of real-world data improve their AI models faster than competitors who lack similar scale in manufacturing.
