Ukraine's robot army: a terminator-like shift in warfare

The frontlines of Ukraine’s five-year war with Russia are undergoing a radical transformation, swapping costly tank battles for a swarm of increasingly sophisticated unmanned ground vehicles (UGVs). What was once a distant possibility is now a stark reality: robots are not just delivering supplies, but actively engaging in combat, a development that could reshape modern warfare globally.

A new breed of battlefield weapon

Lieutenant Victor Pavlov, of Ukraine’s 3rd army corps, recently showcased the nation’s newest arsenal: battery-powered land robots of various shapes and sizes – from tracked “milk float” designs to wheeled models equipped with antennas, and even some carrying anti-tank mines. Pavlov declared, “This is what modern warfare looks like. Armies everywhere will have to robotise.” The shift is driven by the growing threat of enemy drones and the need to minimize human exposure to intense fire.

The war's influence extends beyond Ukrainian borders. Kyiv’s burgeoning drone expertise is now in high demand, particularly amid the ongoing conflict between the US-Israeli alliance and Iran. Just last week, President Zelenskyy solidified defense agreements with Gulf states like Saudi Arabia and Qatar, promising low-cost Ukrainian interceptors capable of neutralizing Iranian Shahed drones – weapons frequently deployed by both Tehran and Moscow.

This conflict has essentially turned Kyiv into a hotbed for unmanned weapons development, fostering a unique ecosystem where engineers and frontline soldiers collaborate in a rapid feedback loop. Manufacturers are churning out ground vehicles, anti-Shahed interceptors, and even pioneering sea drones, with land robots now accounting for a staggering 90% of Ukrainian army logistics. The sheer volume of operations is remarkable; Ukrainian forces executed a record 7,000 UGV operations in January alone.

Replacing infantry: a robotic revolution

The robots are increasingly taking on roles traditionally held by human infantry, equipped with remote-controlled machine guns and grenade launchers. One system, the DevDroid TW 12.7, demonstrated remarkable resilience, holding a position for an astonishing 45 days. In a particularly striking instance last summer, a kamikaze robot carrying 200kg of explosives successfully targeted and destroyed a Russian-occupied school building over a distance of 12 miles.

As drone operator “Bambi” eloquently put it, “It’s not Star Wars, where there are lots of lasers. The frontline is more like Terminator. A land robot arrives at your position and there is nothing you can do about it.” The dispassionate nature of these machines further complicates matters; “You can shoot a person in the chest and they stop firing. If you shoot a ground robot it doesn’t feel pain. There is a guy looking at a screen who is going to fire back.”

Beyond combat: logistics and engineering

UGVs are not solely focused on combat. They are essential for logistical support, delivering food, ammunition, and even materials like logs used to construct underground shelters. Crucially, they can evacuate up to three wounded soldiers from the frontline, operating for up to eight hours—a significant advantage over armored vehicles, which are easily spotted and destroyed by Russian drones.

Around the ruined city of Pokrovsk, robots have become indispensable, delivering vital provisions. One soldier recounted, “One rolled up to the entrance of our dugout. I felt like a caveman gazing at alien technology.” Beyond logistics, these robots are performing critical engineering tasks, including mine clearing, barbed wire deployment, and vehicle recovery. The 3rd army corps, however, is paying a price: Pavlov estimates they lose around three robots daily to Russian air attacks – a 25% attrition rate. “This is a small price to pay when you consider that we are saving the lives of our infantry,” he stated.

Defense Minister Mykhailo Fedorov has lauded the rapid expansion of robotic operations, noting that casualty evacuation using UGVs has gone from sporadic to routine, allowing for the delivery of crucial supplies and the extraction of the wounded in high-risk areas.

A glimpse into the future of warfare

The KillHouse academy, the 3rd army corps' training school, is at the forefront of this robotic revolution, training UGV pilots and experimenting with new technologies. Former gamers, according to instructor “Barman,” are proving particularly adept at controlling these systems. “War has gone to a new level,” he observed. “There are lots of drones in the sky. This makes it very difficult to get to a position and to evacuate people.”

While Russia also employs ground systems, including the “Courier” electric vehicle for cargo transport and electronic warfare, Ukraine currently holds a technological edge. “We have more systems than Russia,” Pavlov asserted. “The priority is to scale them up.” As Andriy Biletsky, commander of the 3rd Corps, put it, Ukraine is on the cusp of “another revolution,” one where ground-based robotic systems will dramatically alter the battlefield, replacing a significant portion of soldiers in both logistics and combat roles—a transformation poised to define the future of warfare.