Armed robots take to the battlefield in Ukraine war
Armed robots take to the battlefield in Ukraine war
High-Tech Conflict in Ukraine
From the outset of Russia’s full-scale invasion, the war in Ukraine has evolved into a high-tech confrontation. Surveillance and combat drones have dominated the skies, while uncrewed boats have disrupted the Black Sea navy. Now, the conflict is witnessing a new phase: the deployment of armed ground robots. These uncrewed ground vehicles, referred to as ground robot systems by Ukrainian military officials, have already demonstrated battlefield effectiveness.
Reports indicate that these machines have successfully countered Russian assaults and even captured enemy troops. Ukrainian and Russian robotic systems are said to have engaged in direct confrontations without human presence. Oleksandr Afanasiev, a commander in the K2 brigade, highlights the significance of this shift: “Robot wars are already happening,” he states. His unit oversees the world’s first UGV battalion, a claim he asserts with confidence.
One tactical application involves equipping UGVs with Kalashnikov machine guns, allowing them to fire in areas too perilous for infantry. “They operate where a soldier would hesitate,” Afanasiev explains. Another strategy employs battery-powered, explosive-laden kamikaze robots that target enemy outposts. Unlike aerial drones, these ground units are silent, offering a stealthy advantage. Afghan, a deputy commander in the 33rd Detached Mechanised Brigade, notes how one robot ambushed a Russian vehicle, while another held a position for weeks.
“Modern UGVs are part-autonomous. They can move independently, identify threats, and track targets. However, the final decision to engage is made by a human operator,” Afghan says. This human oversight ensures that robots avoid civilian casualties, a critical factor under international humanitarian law.
Future of Autonomous Warfare
Valerii Zaluzhnyi, Ukraine’s former chief of staff and current UK ambassador, envisions a dramatic expansion of UGV roles. At a Chatham House event, he described how AI-driven swarms of drones will coordinate attacks from multiple fronts. “We’ll soon see swarms of smarter and more affordable drones strike simultaneously from air, land, and sea,” he predicts.
Driven by the need to reduce human risk, Ukraine’s “kill zone” has extended 20-25km from the front lines. “Infantry cannot be replaced, but they must be supported by UGVs,” Afanasiev emphasizes. The army’s reliance on these robots stems from the high cost of losing soldiers, especially amid recruitment challenges.
Russian Developments in Uncrewed Systems
Russia, too, has advanced its own robotic arsenal. The Kuryer, a combat UGV, can carry a tank-mounted machine gun and operate autonomously for five hours. Russian forces have also utilized Lyagushka (“Frog”) vehicles, designed to destroy Ukrainian positions. Yuriy Poritsky, CEO of Devdroid—a Ukrainian manufacturer of strike droids—predicts escalating robot-on-robot clashes. “We’ll eventually face off against their systems on the battlefield,” he says. “Robot wars may sound like fiction, but they’re shaping our reality.”
While the majority of Ukraine’s uncrewed vehicles still serve logistical roles, such as delivering supplies or evacuating casualties, the future promises a greater reliance on armed UGVs. This evolution reflects a broader trend: the integration of robotics into modern warfare to minimize human exposure while maximizing tactical flexibility.
