The Global Race to Deploy Military Robots on the Frontlines

Global powers are currently racing to determine if military robots can replace human infantry in high-risk combat zones. While the technology remains hindered by battery and control limitations, recent developments in Ukraine and China suggest a rapid shift toward using bipedal machines for frontline tasks.
- Foundation Robotics has secured $24 million in research contracts with the US military to pilot humanoid technology, according to theconversation.com.
- Chinese manufacturers accounted for approximately 95% of global humanoid shipments in 2025, per techrepublic.com.
- Former Ukrainian defence minister Mykhailo Fedorov set a goal in September 2026 to achieve the first confirmed battlefield result using a humanoid robot within six months.
Why are nations investing in humanoid machines?
The primary motivation for developing bipedal machines is the ability to operate in environments specifically designed for humans. Humanoid forms can navigate stairs, climb obstacles, and use standard equipment that would be inaccessible to wheeled or tracked vehicles. This versatility makes them ideal for complex urban warfare.
Using machines in place of people changes the math of combat casualties. By sending robots into dangerous buildings or across minefields, militaries can achieve objectives without risking lives. This capability allows machines to be used as expendable assets in high-intensity conflicts.
If losing a robot means avoiding the loss of a human life, then the robot can become expendable.
Dennis Hong, a professor at UCLA, told techrepublic.com.
What are the main technical obstacles?
Engineering a machine that mimics human movement remains difficult and expensive. Unlike simple wheels or tracks, legs are mechanically complex and prone to failure. A single broken joint can render a bipedal robot useless, whereas a tracked vehicle can often continue moving despite minor damage.
Power supply and control links present further hurdles. Most humanoid robots struggle with limited battery life, making them unsuitable for long-duration missions without frequent recharging. Additionally, maintaining a connection to a human operator is a constant struggle on the battlefield.
Operators must choose between two difficult methods of control:
- Fibre optic cables offer high-speed data and cannot be jammed, but they are easily severed by explosions or rough terrain.
- Radio links provide more mobility and cannot be physically cut, but they are highly vulnerable to electronic jamming and interference.
How is China approaching robotic combat?
China is leveraging its massive commercial manufacturing base to accelerate military applications. Since 2025, the People’s Liberation Army (PLA) has been actively exploring how to move advanced technology from laboratories to actual training grounds. This includes studying how robots perceive and manipulate their surroundings.
State-owned companies like Norinco are already developing specialized models. Their Fuxi humanoid is designed for tasks such as reconnaissance, patrols, and sentry duty. Rather than relying on full autonomy, these machines can be remotely operated by humans to ensure better decision-making during missions.
Research at the National University of Defense Technology has already modeled scenarios where groups of robots, including humanoids and "robot dogs," work together to clear enemy-held buildings floor by floor. This suggests a future where machines act as coordinated squads rather than solo units.
How is the United States developing this technology?
The US military is focusing on private sector partnerships to drive innovation. The San Francisco-based firm Foundation Robotics is a key player in this effort. The company has already secured significant funding to develop its Phantom Mk1 robots for defense purposes.
According to theconversation.com, two of these Phantom Mk1 units have reportedly undergone testing in the conflict in Ukraine. This real-world testing provides critical data on how humanoid technology performs under actual combat conditions.
While the US pursues these advanced designs, it faces stiff competition from China's industrial scale. The sheer volume of humanoid production in China provides Beijing with a massive ecosystem of sensors and data that can be used to train military systems more quickly.
How does each side view the role of robots?
There is a debate regarding whether robots should be independent actors or tools controlled by humans. Different military philosophies suggest different levels of autonomy for these machines.
The Chinese Perspective:
Chinese military commentary suggests a transition from "supporting combat toward primary combat." This involves a model where a human verifies a target before a robot is permitted to fire, maintaining a human-in-the-loop for lethal decisions.
The Ukrainian Perspective:
In Ukraine, the focus has been on immediate utility. While humanoid robots are a future goal, current combat relies heavily on Uncrewed Ground Vehicles (UGVs) that move on wheels or tracks. These machines are used for casualty evacuation, combat engineering, and supplying troops with ammunition.
What happens next for battlefield robotics?
The timeline for widespread deployment depends on solving the energy and reliability issues. Several key milestones and trends will shape the next few years:
- Six-month deadline: Mykhailo Fedorov aims for the first confirmed humanoid battlefield result by early 2027.
- Data collection: A June 2026 procurement in China allocated $300,000 specifically for labeling the radar and camera data needed to train humanoid systems.
- Long-term outlook: Experts like Malcolm Davis of the Australian Strategic Policy Institute suggest that while they are not yet fully operational, these machines could become practical within five to 10 years.
Frequently Asked Questions
Can robots actually walk like humans on a battlefield?
While bipedal robots can run and climb, they are currently less reliable and more expensive to maintain than wheeled or tracked vehicles.
Are robots being used in the Ukraine war right now?
Yes, Ukraine uses various uncrewed ground vehicles on wheels or tracks for tasks like moving supplies and evacuating wounded soldiers.
Who is leading the race in humanoid robot production?
China currently holds a massive lead in manufacturing, accounting for 95% of global humanoid shipments in 2025.


