On the Ground: How Armed Robots Are Reshaping the War in Ukraine
Ukraine is increasingly turning to armed ground robots to protect soldiers and carry out dangerous tasks on the front lines.
These uncrewed ground vehicles (UGVs) are no longer experimental tools — they are active participants in combat and support operations.
Units such as the K2 brigade have formed specialized UGV battalions, deploying machines fitted with weapons like Kalashnikov-style machine guns and grenade launchers. Commanders report instances where robots have ambushed enemy vehicles, held defensive positions for extended periods, and even captured opposing troops.
Many UGVs are also used as remote-controlled workhorses: moving supplies, evacuating wounded personnel, and performing engineering tasks such as laying barbed wire or delivering mines.
That logistical role remains the most common use, but strike-capable models are multiplying fast. Some robots operate as silent, battery-powered kamikaze devices that detonate on contact, offering a stealthy option compared with buzzing aerial drones.
Their quiet approach removes the audible warning that airborne systems often give, making them tactically valuable in ground assaults.
Ethical and legal concerns have shaped how these systems are used. Most modern UGVs can perceive and navigate on their own, but frontline commanders emphasize that humans retain the authority to pull the trigger.
Operators typically control weapons at a distance over secure links to avoid misidentifying civilians.
The urgency of this technological shift is driven by manpower shortages and the expanding danger zone created by aerial reconnaissance and strikes. Drones have pushed the risk area for infantry tens of kilometres from the contact line, making expendable robots a preferable risk for many missions.
Russia has been developing its own ground robots, too, including models reported to carry heavy machine guns or flamethrowers and autonomous strike vehicles used against Ukrainian positions.
Analysts say clashes between Russian and Ukrainian killer robots are becoming an increasingly likely feature of the battlefield. Ukrainian manufacturers are racing to meet demand.
Devdroid and other firms have produced hundreds of strike UGVs and are working on systems that can return to base if they lose contact with operators.
Another company, Tencore, reported building more than 2,000 UGVs in 2025 and projects a surge in orders the following year, with a significant share expected to be armed. Military planners see a future where ground robots operate alongside swarms of air and sea drones in coordinated, AI-assisted attacks.
Former Ukrainian commander Valerii Zaluzhnyi has described how combined, multi-domain swarms could strike from different heights and directions simultaneously, multiplying battlefield effects.
For now, UGVs offer Ukraine a way to preserve human lives while maintaining pressure on the front. As production ramps up and autonomy improves, these machines are set to play an ever-larger role in how wars are fought on the ground.
These uncrewed ground vehicles (UGVs) are no longer experimental tools — they are active participants in combat and support operations.
Units such as the K2 brigade have formed specialized UGV battalions, deploying machines fitted with weapons like Kalashnikov-style machine guns and grenade launchers. Commanders report instances where robots have ambushed enemy vehicles, held defensive positions for extended periods, and even captured opposing troops.
Many UGVs are also used as remote-controlled workhorses: moving supplies, evacuating wounded personnel, and performing engineering tasks such as laying barbed wire or delivering mines.
That logistical role remains the most common use, but strike-capable models are multiplying fast. Some robots operate as silent, battery-powered kamikaze devices that detonate on contact, offering a stealthy option compared with buzzing aerial drones.
Their quiet approach removes the audible warning that airborne systems often give, making them tactically valuable in ground assaults.
Ethical and legal concerns have shaped how these systems are used. Most modern UGVs can perceive and navigate on their own, but frontline commanders emphasize that humans retain the authority to pull the trigger.
Operators typically control weapons at a distance over secure links to avoid misidentifying civilians.
The urgency of this technological shift is driven by manpower shortages and the expanding danger zone created by aerial reconnaissance and strikes. Drones have pushed the risk area for infantry tens of kilometres from the contact line, making expendable robots a preferable risk for many missions.
Russia has been developing its own ground robots, too, including models reported to carry heavy machine guns or flamethrowers and autonomous strike vehicles used against Ukrainian positions.
Analysts say clashes between Russian and Ukrainian killer robots are becoming an increasingly likely feature of the battlefield. Ukrainian manufacturers are racing to meet demand.
Devdroid and other firms have produced hundreds of strike UGVs and are working on systems that can return to base if they lose contact with operators.
Another company, Tencore, reported building more than 2,000 UGVs in 2025 and projects a surge in orders the following year, with a significant share expected to be armed. Military planners see a future where ground robots operate alongside swarms of air and sea drones in coordinated, AI-assisted attacks.
Former Ukrainian commander Valerii Zaluzhnyi has described how combined, multi-domain swarms could strike from different heights and directions simultaneously, multiplying battlefield effects.
For now, UGVs offer Ukraine a way to preserve human lives while maintaining pressure on the front. As production ramps up and autonomy improves, these machines are set to play an ever-larger role in how wars are fought on the ground.
