Robots in arms: Ukraine’s frontline is becoming a test range for ground drones — The Insider
AI Analysis
The Russia-Ukraine war is driving rapid innovation and proliferation of Ground Robotic Systems (GRS), with Ukraine leading in adoption and operational use. GRS are now performing a wide range of battlefield tasks, from logistics and reconnaissance to combat operations and prisoner capture, significantly impacting force preservation. This represents a potential revolution in military affairs, mirroring the impact of early 20th-century technologies.
Key Takeaways
- Ukraine's 22nd Separate Mechanized Brigade has been actively utilizing GRS, completing 22,000 missions in the first three months of 2026.
- GRS missions include logistics, evacuation, mining/demining, reconnaissance, combat, electronic warfare support, and FPV drone deployment.
- Ukraine established GRS operator companies in the first half of 2024, preceding Russia's significant adoption.
- Personnel shortages and the need to mitigate casualties are key drivers for increased GRS utilization by Ukraine.
- The development of GRS is heavily influenced by the 'kill zone' created by extensive aerial drone use on both sides.
Why It Matters
The increasing reliance on GRS signals a shift in modern warfare, prioritizing force preservation and adapting to heavily contested environments. This trend will likely accelerate the development and deployment of similar systems by other militaries, demanding investment in counter-GRS technologies and tactics. The Ukrainian experience provides valuable lessons on the integration and operational effectiveness of GRS in a high-intensity conflict.
Robots in arms: Ukraine’s frontline is becoming a test range for ground drones — The Insider
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Ukraine's 22nd Separate Mechanized Brigade / Facebook
Robots in arms: Ukraine’s frontline is becoming a test range for ground drones
Contents
The evolution of ground robotic systems
GRS missions at the front
Russian vs. Ukrainian GRS
The future of ground drones
In April 2026, Volodymyr Zelensky reported the first instance of Ukrainian drones and ground robotic systems (GRS) capturing a position and taking enemy fighters prisoner without infantry involvement. In the first three months of 2026 alone, Ukrainian ground drones completed 22,000 missions at the front. Some compare their proliferation to the revolution of military affairs seen in the early 20th century, which was marked by new technologies such as machine guns, tanks, and aircraft. GRSs perform numerous tasks on the front line: logistics and evacuation missions, mining and demining, reconnaissance and combat operations, electronic warfare support, and FPV drone deployment.
Contents
- 1.The evolution of ground robotic systems
- 2.GRS missions at the front
- 3.Russian vs. Ukrainian GRS
- 4.The future of ground drones
The evolution of ground robotic systems
Modern ground robotic systems trace their origins to experiments conducted more than a century ago, when the first simple remote-control systems emerged. In 1903, Spanish engineer Leonardo Torres Quevedo created a device called El Telekino, which received commands via radio waves and converted them into mechanical actions.
The forerunners of modern combat systems were radio-controlled teleoperated tanks like the Soviet TT-26, developed in the 1930s. In the 1980s, following the Chornobyl nuclear disaster, specialized remotely operated vehicles began to appear for use in hazardous zones. In the mid 2010s, Russian robotic systems Uran-9 and Uran-6 were tested during military operations in Syria. The obtained operational experience informed the development of more advanced models, such as the NRTK Kuryer (NRTK is the Russian abbreviation for GRS).
A key driver behind the rapid development of ground robots during the Russia-Ukraine war has been the near-impenetrable “kill zone” stretching dozens of kilometers on both sides of the frontline, the result of extensive aerial drone use by both sides. The first GRS operator companies in the Defense Forces of Ukraine (DFU) appeared as early as the first half of 2024, while the Russian armed forces began catching up considerably later. Critical logistics challenges were among the main reasons for the sharp rise in the prominence of GRS in 2025, but an additional driver was the personnel shortage caused by failures of mobilization policies and widespread desertion.
In order to further prioritize the preservation of soldiers’ lives, tech-savvy Ukrainian commanders began delegating as many frontline tasks as possible to robots. Notably, given the one-time compensation