Ukraine's Innovative Use of Robots in Warfare

Revolutionizing Combat with Unmanned Vehicles

Ukrainian military forces are deploying robotic vehicles equipped with explosives, firearms, and missiles directly into Russian territories, aiming to protect their troops from harm. In a notable incident last summer in eastern Ukraine, a series of small unmanned ground vehicles advanced across a grassy expanse towards Russian fortifications. Resembling basic green garden carts, each vehicle was loaded with 66 pounds of explosives. As they approached, a drone overhead released a bomb to clear the path. One robot surged ahead and detonated, while the others observed. Shortly after, a piece of cardboard emerged from the trench bearing the message: “We want to surrender.” Two Russian soldiers subsequently exited and surrendered, as reported by various sources.

This footage, recently shared by President Volodymyr Zelensky, illustrates Ukraine's shift towards a new warfare paradigm that increasingly relies on technology rather than human soldiers. With troop numbers dwindling, Ukraine is eager to preserve lives. By employing unmanned systems on land, in the air, and underwater, they aim to seize Russian positions without risking their personnel. Zelensky remarked last week that Ukrainian forces can now take enemy strongholds using solely automated weaponry. Mykola Zinkevych, a junior lieutenant who spearheaded one of these robotic offensives, stated, “It is better to throw in metal than people. Human life is precious, and robots don’t bleed.”

While the focus has largely been on the numerous small drones flying over the battlefield, Ukraine is also rapidly increasing its deployment of ground robots. In the previous month alone, the Ukrainian army executed over 9,000 missions utilizing these unmanned ground vehicles, some armed with explosives, machine guns, or rockets. This marks a significant rise from just 2,900 missions in November 2025, when these technologies were still in the experimental phase.

Despite their advantages, these ground robots are not without flaws. They tend to be slower and more easily detectable than quadcopters, leading to higher destruction rates. Most have a short operational lifespan, lasting only about a day before their batteries deplete or they are neutralized by the enemy. However, they can carry heavier explosives than aerial drones and provide a more stable platform for firing weapons.

Currently, the primary uses for ground robots include transporting supplies and evacuating injured soldiers from dangerous areas. However, their role in offensive operations is rapidly expanding. Ukraine has even established an internal system reminiscent of Amazon, allowing soldiers to order from seven different models of ground robots.

In a recent polished video, Zelensky emphasized these new strategies, stating, “The future is already on the front line, and Ukraine is building it.” He aims to impress European leaders, demonstrating that Ukraine is not merely seeking assistance but is also innovating in weaponry and tactics that other nations may wish to adopt.

Ukrainian officials assert that the true advantage lies not in the most advanced technology but in how effectively commanders and operators utilize it. Simple modifications and intelligent tactics are yielding significant results.

In a recent operation near Kupiansk, Russian forces were entrenched in a robust school building, using it as an ammunition depot and drone base, with nets covering the windows to prevent Ukrainian drones from entering. Instead, Ukrainian forces deployed ground robots. One robot launched thermobaric rockets, effective in confined spaces, while others carried massive explosive charges exceeding 500 pounds. They advanced under the cover of night during a snowstorm. Operators managed everything from a city located far behind the front lines.

The rockets compelled the Russians to retreat from the windows, allowing the explosive-laden robots to approach and detonate, igniting the stored ammunition. The entire structure collapsed, resulting in the deaths of at least nine Russian soldiers inside. The sole survivor who emerged was subsequently eliminated by a follow-up drone strike.

Prior to the introduction of robots, Ukrainian units had suffered casualties attempting to assault similar positions using traditional methods. While the transition to fully robotic warfare is not yet realized—manpower still plays a crucial role in most battles—Ukraine is demonstrating that deploying machines first can preserve lives, clear trenches, and sustain combat even when troop numbers are limited. The battlefield landscape is evolving, and these robotic warriors are just the beginning.