China’s Humanoid Robots: The Future of Warfare?

 

China’s Humanoid Robots: The Future of Warfare?

Humanoid robots have recently attracted global attention for their ability to walk, run, balance and perform increasingly complex tasks. But in China, the technology is moving beyond demonstrations and research laboratories. The country’s military establishment is now examining how humanoid robots could potentially operate alongside soldiers in future conflicts.

A Reuters review of more than 100 Chinese military procurement notices, academic studies, patents, official publications and defence-company materials found that Chinese military institutions are researching humanoids for a range of battlefield applications. These include reconnaissance, logistics, hazardous missions and possible operations in urban combat.

From robotics competitions to military research

China has developed a powerful commercial robotics industry, giving its military access to rapidly improving technology. Chinese manufacturers accounted for about 95% of global humanoid shipments in 2025, according to BofA Global Research cited by Reuters.

The country's military research has increasingly focused not only on the robots themselves but also on the systems needed to make them useful in unpredictable environments. Researchers are examining perception, movement, manipulation and the large amounts of training data required for robots to understand their surroundings.

One research scenario developed by China's National University of Defense Technology envisioned teams of robots working with soldiers to clear buildings during urban combat.

The concept illustrates why humanoid machines are attracting military interest: their human-like shape could theoretically allow them to move through environments designed for people, including stairs, rooms, tunnels and other confined spaces.

Robots could enter dangerous environments

One of the strongest arguments for military robots is simple: they can potentially go where humans should not.

Humanoid machines could eventually be used for reconnaissance, dangerous searches, logistics or other missions where sending a human soldier would involve significant risk.

China's defence industry is already exploring these possibilities. Norinco, a major state-owned defence company, has developed a humanoid robot called Fuxi that company materials describe as capable of roles including sentry duty, reconnaissance and dangerous tasks. The system can also be remotely operated by a human.

Remote operation could be particularly important because today's humanoid robots still struggle with fully autonomous decision-making.

The technology is far from battlefield-ready

Despite the rapid progress, China does not appear to have operational armed humanoid units deployed with the People's Liberation Army.

The machines still face major technical challenges, including energy consumption, reliability, balance and the ability to function in unpredictable environments.

A controlled demonstration is very different from a battlefield. Mud, damaged buildings, smoke, debris, extreme weather and unexpected human behaviour could all make autonomous operation much harder.

For simpler missions, specialised wheeled, tracked or four-legged robots may also remain cheaper and easier to deploy than humanoids.

The ethical question

Military humanoids also raise a much larger question: how much decision-making should be given to machines during war?

If a robot is eventually capable of identifying targets and operating weapons, questions surrounding human control, civilian protection and international humanitarian law become unavoidable.

The laws of war require combatants to distinguish civilians from legitimate military targets and to respect people who are wounded or surrendering.

That makes autonomous military robots one of the most controversial areas of artificial intelligence and robotics.

A new battlefield may be taking shape

China is not alone in investigating military humanoids. The United States is also exploring potential military applications for the technology.

For now, humanoid robots remain experimental rather than mainstream battlefield weapons. But the direction of research suggests that robotics could become increasingly important to military planning during the next decade.

The bigger story may therefore not be about robots replacing soldiers tomorrow. It is about governments preparing for a future in which machines could increasingly perform the dangerous tasks once reserved for humans.

The battlefield of the future may not be completely human—or completely robotic. It could be a combination of both.

Source: Reuters