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The ongoing war in Ukraine has ushered in a new era of warfare characterised by the increasing deployment of armed uncrewed ground vehicles (UGVs). As both Ukrainian and Russian forces harness advanced technology, these robotic systems are redefining the battlefield landscape, offering both strategic advantages and ethical dilemmas.
Evolution of Warfare in Ukraine
Since Russia’s large-scale incursion into Ukraine, the conflict has transformed into a technologically sophisticated confrontation. The skies above Ukraine are filled with swarms of drones, both for reconnaissance and offensive operations, while uncrewed maritime vessels have severely impacted Russian naval capabilities in the Black Sea. Now, the focus has shifted to the ground, with Ukraine launching an extensive programme aimed at integrating armed robots into its military operations.
These UGVs, often referred to as ground robot systems within the Ukrainian military framework, have demonstrated their effectiveness in various tactical scenarios. Reports indicate that these machines have successfully thwarted Russian assaults and even captured enemy combatants. Oleksandr Afanasiev, commander of the world’s first UGV battalion within the Ukrainian army’s K2 brigade, noted, “Robot wars are already happening.”
The Tactical Advantage of UGVs
One of the primary uses for these UGVs involves equipping them with Kalashnikov machine guns, enabling them to engage in combat situations where human soldiers might hesitate. “They open fire on a battlefield where an infantryman would be afraid to turn up. But a UGV is happy to risk its existence,” Maj Afanasiev elaborated.
Additionally, the UGVs have been employed as kamikaze units, armed with explosives to target enemy positions discreetly. Unlike aerial drones, these ground vehicles operate silently, allowing them to execute ambushes without alerting the adversary. A deputy commander from the 33rd Detached Mechanised Brigade, known by the callsign Afghan, recounted an incident where a UGV successfully ambushed a Russian personnel carrier while another UGV held a defensive position for several weeks.
However, it is crucial to note that the UGVs’ autonomy is limited. Afghan emphasised that while these machines can navigate and detect threats independently, the decision to engage in combat remains with human operators. “Robots can misidentify the wrong person or attack a civilian. That’s why the final decision must be made by an operator,” he explained.
The Future of Robotic Warfare
The potential applications of armed UGVs are set to expand significantly as military leaders envision a future where these robots operate in conjunction with AI-driven drone swarms. Valerii Zaluzhnyi, Ukraine’s former commander-in-chief and now ambassador to the UK, spoke at Chatham House about the integration of UGVs into broader military strategies. “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,” he stated.
With the battlefield evolving, the necessity for such innovations is pressing. As drones dominate the airspace, the safety of ground troops has diminished, pushing the so-called “kill zone” further from the frontline. Major Afanasiev pointed out that while infantry remains irreplaceable, it must be supported by UGVs, stating, “Ukraine can afford to lose robots, but it simply cannot afford to lose battle-ready soldiers.”
The Arms Race in Robotic Technology
As both sides of the conflict advance their robotic capabilities, Russia has also begun to develop its own combat UGVs, such as the Kuryer, which can be fitted with heavy weaponry and operate autonomously. Reports suggest that the Russian military has deployed kamikaze vehicles known as Lyagushka to target Ukrainian positions. The inevitability of clashes between these robotic forces is underscored by Yuriy Poritsky, CEO of Ukrainian UGV manufacturer Devdroid, who predicts, “Sooner or later, we’ll end up in a situation where our strike UGV will come up against their strike UGV on the battlefield.”
The rapid development of this technology is evident, with manufacturers like Devdroid producing hundreds of “strike droids” last year. Additionally, another Ukrainian firm, Tencore, is anticipating a significant increase in demand for UGVs, projecting the need for 40,000 units by 2026, with a substantial portion expected to be armed.
Why it Matters
The introduction of armed UGVs into the Ukraine conflict signals a pivotal shift in modern warfare, raising critical questions about ethics, strategy, and the future of combat. As both sides embrace technology to enhance their military capabilities, the implications extend beyond the battlefield, challenging international norms and regulations concerning warfare. This evolution not only highlights the urgent need for updated frameworks governing armed conflict but also showcases how technology continues to reshape the nature of war in unforeseen ways.
