China Tests Humanoid Robots for Future Battlefield Roles

 A report published by Reuters, based on a review of more than 100 Chinese documents, found that military and research institutions in China intensified efforts in 2025 and 2026 to test and develop technologies linked to humanoid robots, with potential future roles alongside soldiers in reconnaissance, security, logistics, urban operations and other high-risk missions. Reuters found no evidence, however, that an armed humanoid robot has yet been deployed within an operational unit of the People’s Liberation Army.

The documents, which included military studies, procurement notices, patents and material from defence companies, suggest that China’s approach is not simply focused on creating a robotic soldier to replace humans. Instead, researchers are examining how tasks could be divided between troops and unmanned systems according to the risks and requirements of each mission. Robots could potentially enter dangerous areas ahead of soldiers, gather information about buildings or routes, conduct reconnaissance and patrols, or help transport equipment.

One of the most significant scenarios examined in the report came from researchers at a centre affiliated with China’s National University of Defense Technology, or NUDT. The study envisioned an urban assault involving six combat robots, including humanoids, robotic dogs and unmanned vehicles, operating alongside soldiers inside a building held by an opposing force.

Researchers estimated that some of the technology required for such an operation could become available within five to 10 years.

As part of broader efforts to develop these capabilities, the university has also conducted robot tests and competitions involving tasks with military relevance, including movement through complex environments, reconnaissance and target identification. Such capabilities would be essential if humanoid systems are eventually expected to move beyond controlled demonstrations and function reliably in more demanding field conditions.

The experiments do not mean humanoid robots are ready for combat. Current systems still face major limitations involving energy consumption, reliability, balance and the ability to operate in unpredictable environments. These challenges leave a substantial gap between what the machines can achieve in controlled tests and what would be required on an actual battlefield.

China, however, has an industrial base that could support continued development. More than 40,000 humanoid robots were shipped in China during the first half of 2026, accounting for about 97 per cent of global shipments during that period, according to an industry report presented at the World Robot Conference in Beijing. The figures do not suggest those robots are intended for military use, but they illustrate the scale of the manufacturing capacity, supply chains and technical expertise available to Chinese developers.

Taken together, the developments indicate that China’s military interest in humanoid robots remains focused on testing capabilities and assessing possible future roles rather than fielding a ready-made force of robotic soldiers. But advances in artificial intelligence, machine vision, mobility and robotics manufacturing are giving military planners more options to consider how such systems could eventually operate alongside human troops.