China develops humanoid robots for military use, Reuters reports

September 10, 2026 at 11:41 AM1 min

This digest was compiled by AI from multiple sources — links to the originals are below.

China is accelerating development of humanoid robots for military applications, including reconnaissance and assault missions, Reuters reports. The People's Liberation Army newspaper has called for moving robot technology from the laboratory to the training ground. Chinese companies supplied about 95 percent of the world's humanoid robots in 2025, according to BofA Global Research.

Key Facts

The People's Liberation Army newspaper called for accelerating the transfer of robot technology from the laboratory to the military training ground.
Chinese companies supplied about 95 percent of the world's humanoid robots in 2025, according to BofA Global Research.
State-owned defense conglomerate Norinco unveiled the Fuxi robot for security, reconnaissance, and guard missions.
The technology could be deployed in practice within the next five to ten years, according to the study's authors.

Military Applications

The People's Liberation Army newspaper called for accelerating the transfer of robot technology from the laboratory to the military training ground. The military is studying the use of humanoid robots for reconnaissance, guard duty, and operations in hazardous environments such as buildings and underground passages. One study envisions a robot participating in an assault on a structure as part of ground forces, checking floors and rooms. The study's authors believe the technology could be applied in practice within the next five to ten years.

Industrial Capacity

China already produces a large number of humanoid robots. According to BofA Global Research, Chinese companies accounted for about 95 percent of global humanoid robot deliveries in 2025. Defense companies are also developing humanoid robots. State-owned Norinco presented the Fuxi robot, designed for security, reconnaissance, guard, and other missions. Remote control of the robot reduces the need for fully autonomous decision-making.