Ukraine is integrating unmanned ground vehicles (UGVs) into frontline combat to replace human soldiers in high-risk “killing zones,” according to reports from The New York Times. These robots now perform casualty evacuations, logistics, and trench assaults, with Ukrainian forces planning to produce 50 tūkst. units this year to reduce personnel losses.
From Logistics to Trench Assaults: The Evolution of UGVs
Ground robots were initially a low priority compared to aerial drones due to rough terrain and vulnerability to air attacks. However, the necessity of operating in “killing zones”—areas where any movement attracts drone strikes—shifted the strategy. In some sectors, these danger zones extend 24 km into the rear, making basic movement a lethal risk for infantry.
Captain Oleksandr Kharkovets, who leads the UGV battalion of the 93rd Mechanized Brigade, pioneered the use of these machines after fighting in the ruins of Bakhmut in 2023. Kharkovets, a former car electronics repairman, developed a system using a remote-controlled machine with a hook and winch to recover fallen comrades and provide fire support without risking more lives.
The shift in utility is stark. Sergeant Dmytro Ivanov of the 36th Brigade reports that his unit now performs up to 80 proc. of transport and delivery tasks using robots. This eliminates the need for combat engineers to carry heavy mines over long distances on foot, a task Ivanov previously performed over 14 km treks.
Did you know? Ukraine is now producing UGVs at a scale that exceeds many of the world’s most advanced militaries, including Russia, driven largely by improvised designs from mechanics and welders rather than software engineers.
Combat Capabilities and the ‘Robot-Only’ Offensive
While early use focused on logistics, UGVs are now engaging in direct combat. In December 2024, the “Chartyia” corps conducted what is believed to be the first assault executed exclusively by robots in the Kharkiv region. Ground robots armed with flamethrowers, machine guns, and explosives advanced through forests while aerial drones provided overhead surveillance.
Lieutenant Andriy Kopach, who helped plan the mission, noted that while the initial goal was simply to get one robot into enemy positions, the operation eventually succeeded in destroying enemy dugouts.
Current tactical applications include:
- Prisoner Escort: Robots can now lead Russian prisoners of war back to Ukrainian lines after the prisoners signal surrender.
- Static Defense: Lieutenant Mykola Zinkevych of the 3rd Assault Brigade describes a .50 caliber machine-gun-equipped robot that held a position for 45 days, rotating between three hidden spots to avoid detection.
- Anti-Drone Turrets: Experimental automated turrets are being deployed to shoot down aerial drones, which Zinkevych estimates can save three to four soldiers per downed drone.
The Cost-Benefit Analysis: UGVs vs. Traditional Armor
Maksym Vasilchenko, head of the Association of Manufacturers of Unmanned Ground Systems, argues that the economic logic favors mass-produced robots over heavy armor. According to Vasilchenko, the cost of one armored personnel carrier is roughly equivalent to 77 ground robots. This trade-off provides 77 separate opportunities to complete a mission without risking human life.
| System Type | Average Cost | Primary Advantage |
|---|---|---|
| Small Quadcopter | Low | Speed and agility |
| Ground Robot (UGV) | ~€21 tūkst. | Heavy payload / MedEvac |
| Armored Vehicle | Very High | Personnel transport/protection |
Overcoming Technical Limitations
Despite their utility, UGVs face significant hurdles. They lack the improvisational ability of a human soldier—they cannot climb trees or jump into trenches. They are also highly visible in open steppes. To counter this, Ukrainian engineers are implementing several upgrades:
- Thermal Masking: Robots do not emit body heat, making them harder to detect with thermal optics than humans.
- RFID Integration: To prevent “friendly fire,” some units are sewing RFID microchips into uniforms so robot sensors can distinguish Ukrainian soldiers from enemy combatants.
- Hardware Hardening: Teams under Sergeant Ivanov are installing air-less tires to prevent punctures from explosions, adding armor to protect against shrapnel, and integrating Starlink for better navigation.
One critical success highlighted by the military is the evacuation of a soldier who stepped on a mine. A robot traveled 4 km through enemy territory, hitting three mines along the way, but successfully transported the wounded soldier to safety—a mission a human team would have deemed too risky to attempt.
Pro Tip: For those following military tech trends, the key metric is no longer just “capability” but “attrition cost.” The move toward €21 tūkst. robots indicates a shift toward “expendable” warfare where the machine’s loss is a financial calculation rather than a human tragedy.
Frequently Asked Questions
Why are ground robots used instead of just flying drones?
While flying drones are faster and cheaper, they cannot carry heavy loads, evacuate wounded soldiers, or maintain a static defensive position for weeks at a time.
How many ground robots is Ukraine producing?
Ukraine plans to produce 50 tūkst. unmanned ground systems this year, nearly double the amount produced the previous year.
What is the main weakness of UGVs?
Their primary weaknesses are a lack of agility in complex terrain (like climbing or jumping) and high visibility in open areas, making them targets for aerial drones.
Who is developing these robots?
While some are produced by companies like Uforce, many are improvised creations by frontline mechanics, welders, and soldiers using 3D printers and available electronics.
Want to stay updated on the intersection of AI and modern warfare? Subscribe to our newsletter for deep-dives into the technologies reshaping the global security landscape.
Worth a look