Armed robots transform Ukraine’s battlefield as robot-on-robot clashes emerge
Ukraine deploys world’s first UGV battalion as unmanned ground vehicles conduct supply runs, evacuate wounded, and engage Russian forces in autonomous warfare
KYIV, Ukraine — March 10, 2026 — The war in Ukraine has entered a new phase of technological warfare, with armed unmanned ground vehicles (UGVs) increasingly taking over frontline combat roles once reserved for infantry, according to military officials and defense analysts. Ukrainian and Russian forces are now deploying ground robots capable of firing machine guns, laying mines, and even engaging each other without human presence at the battle site .
“Robot wars are already happening,” said Oleksandr Afanasiev, a major in the Ukrainian army’s K2 brigade who commands what he describes as the world’s first UGV battalion . His unit operates ground robots mounted with Kalashnikov machine guns that can engage enemy positions where infantry would be too vulnerable.
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“They open fire on a battlefield where an infantryman would be afraid to turn up. But a UGV is happy to risk its existence,” Afanasiev said .
Combat-proven systems and recent engagements
On March 9, Ukrainian defense technology company DevDroid reported that its Droid TW-7.62 robotic platform helped repel a Russian assault on a frontline position . The system, operated by soldiers from the Disney Squad unit, first detected and destroyed two Russian surveillance drones positioned near a road, then opened fire on approaching Russian infantry.
According to DevDroid, the system identified two Russian soldiers moving toward Ukrainian positions, killing one and wounding another. Russian forces later shelled the area with artillery in an apparent attempt to destroy the robotic platform, but the system remained operational and continued firing at another advancing group, forcing them to withdraw .
“Ground robotic systems are already taking on the most dangerous part of frontline work. Each such mission reduces risks for personnel and strengthens the combat capabilities of units,” DevDroid CEO Yurii Poritskyi said .
The Droid TW-7.62 is equipped with a KT-7.62 machine gun and includes artificial intelligence elements that enable autonomous detection, tracking, and engagement of targets, though the final decision to fire remains with human operators .
In January 2026, a similar platform captured three Russian soldiers during a separate operation, demonstrating the expanding capabilities of unmanned systems .
Official military adoption accelerates
Ukraine’s Ministry of Defense has formally approved the Zmiy Droid 12.7 unmanned ground combat system for operational use, according to a January 2026 announcement . The domestically produced system is equipped with a remotely controlled Wolly combat module armed with a 12.7 mm heavy machine gun, providing firepower comparable to crewed infantry fighting positions.
The tracked platform is optimized for difficult terrain and capable of operating on mud, sand, snow, and shallow water obstacles. Its armored hull provides protection against anti-personnel mines and can reportedly withstand multiple strikes from FPV drones .
The Wolly combat module is equipped with artificial intelligence elements enabling automated target acquisition and tracking, reducing operator workload and increasing engagement accuracy during prolonged defensive missions .
Ukrainian forces already have documented combat experience with similar systems. In previous engagements, the Droid TW 12.7 reconnaissance-strike ground robot successfully destroyed a Russian MT-LB multipurpose armored vehicle. In another case, the platform maintained a firing position continuously for 45 days, requiring only brief returns every two days for maintenance, reloading, and battery charging .
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Exponential growth in UGV deployment
Ukrainian industry delivered approximately 15,000 unmanned ground vehicles to frontline units in 2025, up from 2,000 in 2024, according to the Modern War Institute at West Point . Dozens of firms now produce hundreds of distinct UGV variants as domestic manufacturing scales to meet battlefield demand.
In the 3rd Assault Brigade of the Ukrainian Armed Forces, UGVs now conduct 80 percent of logistics operations, reducing human exposure while sustaining supply flows along the line of contact. In the heavily contested cities of Pokrovsk and Myrnograd, UGVs handle 90 percent of logistics operations .
The 28th Mechanised Brigade’s commander, Colonel Anatolii Kulykivskyi, reported that robots now handle 70 percent of his brigade’s frontline logistics, delivering unmanned aircraft, ammunition, and even hand warmers to isolated drone pilot stations in the Donetsk region .
“Modern war requires moving away from infantry warfare and infantry positions. This is still a war of technologies,” Kulykivskyi stated .
Casualty evacuation and medical missions
Beyond supply runs, UGVs are increasingly handling one of the most dangerous missions on the battlefield: casualty evacuation. In one widely cited case, Ukraine’s 1st Medical Battalion used a Maul UGV to retrieve a wounded Ukrainian soldier 64 kilometers inside Russian-held territory. The robot returned under repeated drone strikes and survived at least one mine blast. The wounded soldier survived inside a polypropylene armored capsule designed to protect against drone-dropped munitions and artillery fragments .
Russian robotic developments
Russia is also developing combat UGVs, including the “Kuryer,” which according to Russian media can be equipped with flamethrowers and heavy machine guns and operate autonomously for five hours. Russian forces also use a vehicle called “Lyagushka” (Frog) as a self-destruct system to attack Ukrainian positions .
Human operators retain lethal authority
Despite advances in autonomy, military officials emphasize that humans remain in control of lethal decisions. A Ukrainian commander who goes by the call sign “Afghan” from the 33rd Detached Mechanised Brigade’s tank battalion acknowledged limits to the killer robots’ autonomy, noting many are self-imposed due to ethics and international humanitarian law .
“Modern UGVs are part-autonomous. They can move on their own, they can observe and detect the enemy. But still, the decision to open fire is made by a human, their operator,” Afghan said. “Robots can misidentify the wrong person or attack a civilian. That’s why the final decision must be made by an operator” .
Future of robotic warfare
Valerii Zaluzhnyi, Ukraine’s former commander-in-chief and now ambassador to the UK, told London’s Chatham House think tank that the role of armed UGVs will soon grow exponentially. He described how strike UGVs would be used not just on their own but as part of large, AI-powered swarms of drones operating from multiple domains simultaneously .
“In the near future we’ll see dozens and even hundreds of smarter and cheaper drones attack from various directions and heights, from the air, ground and sea at the same time,” Zaluzhnyi said .
He added that future conflicts will be fought by “autonomous and semi-autonomous robotic systems,” and that the “robotization” of warfare will ensure military effectiveness without the need for human involvement, potentially reducing casualties .
Ethical and operational challenges
Ukrainian UGV manufacturer Devdroid’s CEO Poritskyi said that with both sides increasing their robotic capabilities, clashes between Ukrainian and Russian killer robots are inevitable. “It’s only a matter of time before one of our attack UGVs meets theirs on the battlefield. It sounds like science fiction that killer robots would fight each other, but the battlefield is not science fiction – it’s reality,” he said .
His company is developing systems that enable ground drones to automatically return to base if they lose communication with operators. Longer-term, they hope robots will be able to autonomously reach designated locations, perform tasks such as monitoring enemy movements and engaging when necessary, then return to base within a specified timeframe .
The Ukrainian General Staff reports that robotic platforms have reduced personnel casualties by up to 30 percent, a metric that translates directly into more infantry available for offensive operations and a slower rate of force degradation over time .
Industry scaling to meet demand
Tencore, another Ukrainian UGV manufacturer, produced more than 2,000 UGVs for Ukrainian forces in 2025. Company director Maksym Vasylchenko expects 2026 demand to surge to approximately 40,000 units, with at least 10-15 percent equipped with weapons .
“Attack UGVs will become indispensable, that’s for sure,” Vasylchenko said. Looking further ahead, he envisions robots even taking on humanoid forms in combat: “Then it’s no longer science fiction” .
The battlefield in Ukraine has become a testing ground for the future of warfare, with armed ground robots now conducting missions ranging from supply runs and casualty evacuation to direct combat engagement. With Ukrainian industry scaling production to tens of thousands of units annually and both sides developing increasingly capable systems, the era of robotic warfare has arrived.
As Ukrainian forces face severe personnel shortages after four years of conflict, the push toward robotization represents both an operational necessity and a strategic evolution. The Ukrainian General Staff’s reported 30 percent reduction in casualties through robotic systems underscores the human dimension of this technological shift: machines are increasingly taking the risks so that soldiers may survive.
SOURCES / INPUTS
UNITED24 Media: Ukraine’s Machine-Gun Robot Takes on Russian Assault—and Wins
Modern War Institute – West Point: Networked for War: Lessons from Ukraine’s Ground Robots
The Nation: Armed robots take to the battlefield in Ukraine war
National Defense Magazine: Lessons from Ukraine on Integrating Ground Robots at Scale
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