Could humanoid robots be heading for the battlefield?

Armed forces are experimenting with humanoid robots, but battlefield deployment is some way off.

A single Ukrainian Droid TW 12.7 unmanned ground vehicle successfully defended a critical intersection for 45 days, preventing Russian advances without any loss of Ukrainian life.

Ukraine has begun deploying AI-equipped Phantom MK-1 humanoid robots for military reconnaissance, sparking ethical debates about their role in combat zones.

The article challenges Elon Musk’s optimistic vision for humanoid robots, arguing instead that the future of robotics lies in purpose-built machines tailored for specific industrial tasks. Despite forecasts like Morgan Stanley’s $5 trillion market for humanoid robots by 2050, significant hurdles remain: high costs (up to $200,000/unit), limited precision, and unclear ROI. Tasks like complex assembly still favor task-specific robots over general-purpose humanoids.

The Pentagon has engaged with humanoid robot startups, including Foundation Future Industries, to develop and test robotic systems for military applications.

A 180㎝-tall humanoid ‘Phantom MK-1’ developed by the US company Foundation was deployed last month to the Ukrainian battlefield for reconnaissance. The robot is designed to carry out tasks such as disarming bombs and other military operations, marking the first time a humanoid robot has been deployed in a real war scenario.

Two Phantom humanoid robots arrived in Ukraine for combat testing, raising urgent questions about battlefield roles, safety, and ethical controls. The machines were provided by Foundation and are intended to advance the technology of humanoid robots in military applications.

U.S.-based robotics company Foundation has deployed two of its Phantom MK-1 humanoid robots to Ukraine for operational testing under combat conditions, marking one of the first instances of a humanoid robotic system being evaluated on an active battlefield. The delivery occurred in February 2026 and is intended to collect real-world performance data from frontline environments.

In 2024, the 13th Brigade of Ukraine’s National Guard carried out the first ever robot-only assault, using a team of drones and ground robots. The non-humanoid robots were the size of a quad bike and traveled at about 4 mph. Some had explosive charges for kamikaze attacks, and others carried a machine-gun turret controlled by a remote operator. But even with careful surveys to find ways around obstacles, terrain was as much of a problem as the Russians. While the assault was a success, one robot got stuck on the way, and another on the way back. Less than two years later, humanoid robots are ready to take their place and march into battle, with the U.S. creating its own high-powered version for dangerous ground combat operations.

Ukrainian military advancements are reshaping modern warfare through the extensive use of Unmanned Ground Vehicles (UGVs), particularly in the 3rd Separate Assault Brigade, which aims to substitute 30% of its infantry with robots. This pioneering initiative makes it the world’s first strike UGV unit with no traditional military doctrine. The unit commander emphasizes using robots for high-risk tasks to preserve human life, asserting that robots don't bleed.

The U.S. company Foundation has sent two Phantom MK-1 humanoid robots to Ukraine for battlefield evaluation, marking a significant step in military robotics.

Humanoid robots, like Phantom developed by Foundation Robotics, are being trained for military applications, though experts caution that current technology is far from battlefield-ready.

Foundation Robotics is developing Phantom, a humanoid robot designed for military use, with plans to produce 40,000 units annually by 2027, though experts express skepticism about current capabilities.

China is accelerating the deployment of humanoid robots in commercial sectors, with potential future applications in military settings as technology advances.