Armed robots enter combat in Ukraine

Armed robots used by Ukrainian forces have transitioned from logistics to combat roles, with satellite links enabling their operation in areas where traditional radio communication fails. These machines, once used for transporting the wounded and supplying isolated positions, now include models equipped with machine guns.

History of armed machines

The shift to combat use began with wheeled platforms, and the concept of arming them is not new. During World War I, the French used a vehicle called the "Crocodile Schneider" for similar purposes. According to Science Focus, operators used three aerial drones and two armed rolling machines to eliminate a group of five Russian soldiers who had infiltrated behind Ukrainian lines.

Acceleration of combat use

Since spring 2026, the use of armed robots to hold or retake sectors has accelerated. The Ukrainian general staff has launched a competition to develop new models, aiming to "maximize the automation of the front line." An illustration accompanying the announcement shows Terminator-like automatons engaging human targets, though it was generated by artificial intelligence.

Starlink’s role in robot operations

Starlink has played a critical role in this shift, providing a more reliable connection between operators and their machines compared to traditional radio, which is easily jammed. Starlink's ability to switch frequency bands quickly makes jamming more complex. However, Robert Tollast, a researcher at the Royal United Services Institute, notes that the system is "not invulnerable."

Field tests and future designs

In July 2026, the Ukrainian army deployed an ARK-1 armed robot equipped with a machine gun on the Kinbourn peninsula, south of Mykolaiv, though the outcome of this operation remains unknown. Other types of armed robots are under development, including quadrupeds that may navigate battlefields more effectively than wheeled machines. However, Ukrainian officers have expressed skepticism about humanoid robots due to their weight and instability.

Challenges in reliance on satellite signals

Despite advancements, reliance on satellite signals remains a vulnerability. A simple jamming device could immobilize these machines, prompting efforts to increase autonomy, similar to the trend in aerial drones. While the cost of navigation sensors is decreasing, even the most advanced artificial vision systems struggle with the complex terrain of the Ukrainian no man's land.