Ukrainian Ground Robots: How Ukraine Is Revolutionizing Land-Based Defense Technology

The soldier had minutes. The nearest human couldn’t reach him – it was too dangerous. So a 19-year-old operator sent a ground robot instead. Six hours later, across 30 kilometers of snow and frozen ground, it brought him back. He lived. 

That moment crystallizes what unmanned ground vehicles (UGVs) have come to mean for Ukraine’s defense: not just technological novelty, but a genuine, life-saving shift in how wars are fought.

Ukraine is now home to one of the world’s most rapidly evolving ground robotics ecosystems. Driven by the urgent demands of a full-scale conflict, Ukrainian engineers, defense startups, and military units have developed a diverse fleet of ground robots – each optimized for specific battlefield roles. This article profiles eleven systems, analyzing their specifications, strengths, and strategic significance.

Why Ground Robots Matter Now

Ukraine’s experience has transformed the global understanding of unmanned ground systems. Before 2022, UGVs were largely a theoretical capability studied in defense labs, demonstrated at trade shows, but rarely deployed in sustained combat operations. Ukraine changed that.

The logic is stark: the front line is one of the most dangerous environments on earth. Every resupply run, every casualty evacuation, every demining operation that can be performed by a machine rather than a person reduces the human cost of the conflict. Ground robots don’t tire, don’t panic under fire, and can operate in conditions – smoke, darkness, contaminated terrain – that would incapacitate humans.

“Without this evacuation, he would not have survived” – Serhii Volkov, Victory Robots commander, on a ground drone evacuation mission that saved a critically wounded soldier’s life.

Ukraine’s military has identified ground robotics as a force multiplier across multiple mission categories: logistics and resupply under fire, medical evacuation from forward positions, reconnaissance in contested areas, minefield clearance. 

The systems we highlight below represent the core evacuation and logistics platforms, the ones saving lives on the front line right now. Ukraine’s ground robotics landscape evolves rapidly, and not everything can be shared publicly, Ukrainian engineers and defenders understandably keep much close to their chest. But here is what we can tell you. 

Key Evacuation & Logistics Systems 

These are the platforms doing the hardest work moving supplies in, and bringing wounded soldiers out. Each one represents a different engineering approach to the same urgent question: how do you save a life when it’s too dangerous to send a human? 

Rys Pro  

The Rys Pro is the upgraded variant of the Rys family, delivering double the payload capacity of its sibling with the same agile footprint. At 300 kg and 12 km/h, it provides meaningful logistics capability in a more maneuverable package, suited for zones where a smaller, faster system is preferable to a heavier carrier.

Rys

The Rys is a compact, lighter-duty platform suited for forward area logistics, sensor deployment, or small payload delivery. At 150 kg capacity and 20 km range, it trades endurance and payload for a smaller footprint and simpler logistics requirements.

HNOM-LM 

The HNOM-LM occupies the mid-range niche with a 250 kg payload and 160 mm clearance, offering better obstacle navigation. The name belies its capability – this compact platform proves that serious logistics work doesn’t require maximum size.

Murakha 

The Murakha is Ukraine’s heavy-lift champion. Its 500 kg payload capacity is the highest in the documented UGV fleet. Combined with a 50 km operational range (the best among electric systems), it is purpose-built for sustained logistics in high-demand areas. The 240 mm ground clearance enables operation across rough terrain. Its name – Ant – perfectly captures its role: a small, tireless carrier capable of moving far more than its weight.

Butsefal 

Named after Alexander the Great’s legendary horse, the Butsefal is a capable heavy-logistics electric platform. At 400 kg payload and 35 km range, it offers strong endurance for electric systems. The 240 mm ground clearance enables cross-country operation over the mixed terrain typical of Ukraine’s front-line zones.

Volia-E 

The Volia-Е makes a compelling case for agility over bulk. Despite its lighter 200 kg payload, it achieves 12 km/h with a 240 mm ground clearance. This makes it an excellent platform for mixed operations where speed and maneuverability matter as much as carrying capacity.

Termit 

The Termit is the fastest electric system in the fleet at 15 km/h that translates to decisive operational advantages when evacuating casualties or racing supplies to forward positions. Its 264 mm ground clearance is the highest among all documented UGV systems, enabling it to handle the most demanding terrain.

Ratel Electric Carriers 

The Ratel Electric Carriers exist for one purpose: getting wounded soldiers out alive. Designed for short-range evacuation, they reach where larger systems cannot – directly to the position, directly to the person who needs help.

Ratel M 

Ratel M runs on electric power with an 80 km range and carries up to 400 kg. That combination suits sustained resupply missions – multiple runs between a base and forward positions without needing to recharge in between.

Protector

The Protector occupies a category of its own: the internal combustion engine (ICE) system and by every metric the most capable platform. Its 770 kg payload, 60 km/h top speed, and 400 km range place it in a different operational tier. These specifications make Protector ideal for deep logistics, rapid resupply over extended distances, and missions beyond the range envelope of battery-powered systems.

Visluk 2.0 

The Visluk 2.0 stands out for its extraordinary 270 mm ground clearance. This engineering choice optimizes for extreme terrain capability over speed. With a 40 km electric range and 200 kg payload, it can access ground that other systems simply cannot reach, making it ideal for operations in heavily cratered or debris-strewn terrain.

Evacuation & Logistics Ground Robots: Key Specifications

The Human Dimension: Training Operators

Technology alone does not win battles. Dignitas Ukraine’s Victory Robots initiative has trained over 2,023 individuals in ground robotic operations since 2025 – building the human infrastructure that allows these systems to function at their potential. That operator network is as strategically significant as the hardware itself.

The Victory Robots program focuses on building the necessary infrastructure, training operators and instructors, supporting developers, and creating a strong community of experts to make these systems widely used on the front lines. Ultimately, it seeks to establish ground robotics as a reliable, life-saving standard within Ukraine’s defense forces.

Ukraine’s Ground Robotics: A Global Benchmark

Ukraine’s UGV ecosystem is not just relevant to the current conflict. It represents a real-world laboratory for ground robotics that no simulated environment can replicate. The lessons learned – about clearance requirements, power systems, operator training, and mission integration – are being studied by defense establishments around the world.

Just as Ukraine’s air defense experience is reshaping NATO’s thinking about layered aerial protection, its ground robotics experience is beginning to influence how allied militaries think about unmanned ground systems. The data being generated in real operations, at scale, under genuine combat pressure, has a credibility that no exercise can match.

Ukraine is not just defending its territory. It is demonstrating – at the cost of real lives and real resources – what the future of land-based defense technology looks like. And the world is watching.