Ground robots, aerial drones, and naval systems assume increasingly strategic roles in the Ukraine war, while the Drone Line and humanoid tests indicate an accelerated transformation in the way of operating near the front line.
Ukraine has expanded the use of unmanned systems in the war against Russia and has begun to treat drones, ground robots, and naval platforms as part of an integrated military doctrine to preserve soldiers and increase automated attacks near the front line.
In this advancement, the country plans to deploy 25,000 unmanned ground vehicles in the first half of 2026, more than double the volume recorded in 2025, according to Ukrainian Defense Minister Mykhailo Fedorov, after a meeting with local manufacturers.
Known as UGVs, an acronym for unmanned ground vehicles, these pieces of equipment have moved beyond appearing only as experimental support and have begun to operate in logistics, evacuation, and support missions in areas close to the front.
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For the Ukrainian government, the priority is to transfer frontline logistics to robotic systems, reducing the exposure of military personnel on routes hit by artillery, mines, reconnaissance drones, and precision attacks.
Ground robots gain scale on the Ukrainian front
In practice, the expansion of UGVs shows how the war in Ukraine has become a testing ground for technologies that combine automation, relatively low cost, and rapid adaptation to the needs of troops in combat.
Some of these robots function as transport platforms, carrying ammunition, supplies, and equipment to exposed positions, while others are adapted for evacuation or armed support, always with remote control by human operators.
Among the models that attract the most attention are the armed robots, often compared to “mini-tanks” for carrying weapons or remote turrets, although they have clear limitations in armor, power, and survival in hostile environments.
The main advantage of these platforms is mobility, as a weapon previously dependent on a fixed position can be moved through difficult terrains, urban areas, degraded roads, or near trenches without directly exposing soldiers.
Even so, the technology does not replace combatants on a large scale, as robots expand tactical options and reduce risks in specific tasks but remain vulnerable to failures, electronic interference, physical damage, and limitations of battery or communication.
Drone Line attempts to organize automated attacks
In addition to purchasing equipment, Ukraine has begun to organize the use of these systems within a broader doctrine, presented in April 2026 by the Ministry of Defense under the name Drone Line.
According to the ministry, the initiative seeks to form a unified structure to support infantry, detect threats, and hit targets at a depth of 10 km to 15 km, before Russian forces approach Ukrainian positions.
With this model, the Drone Line represents the transition from a fragmented use of drones to a more systematic operation, with specialized units, funding, data analysis, and integration between reconnaissance, attack, and support for ground troops.
Instead of relying solely on isolated responses on the battlefield, the strategy attempts to create a zone of strong operational risk for enemy movements, combining aerial drones, sensors, ground robots, and units trained to act quickly.
Phantom MK-1 remains restricted to logistical tests
The element closest to science fiction is the Phantom MK-1, a humanoid robot produced by the American startup Foundation, which sent two models to Ukraine in February 2026 for a closed demonstration at an undisclosed location.
According to Business Insider, the test focused on a supply retrieval task, evaluating whether bipedal robots could carry materials from an external area to an internal environment without exposing a soldier.
Although the appearance draws attention for resembling a robotic soldier, the company itself avoids presenting the Phantom as ready for combat, especially due to still relevant technical limitations in a real war environment.
The CEO of Foundation, Sankaet Pathak, acknowledged obstacles related to battery autonomy, resilience, durability, and precise object manipulation, points that still hinder the use of humanoids in complex military operations.
The startup also reported having obtained a contract of US$ 24 million with the Pentagon, while the debate over military humanoid robots remains surrounded by operational, ethical, and legal doubts.
FPV drones and naval systems expand asymmetric warfare
Before the escalation of ground robots, FPV drones had already become one of the most visible marks of the war, combining low cost, precision, and the ability to hit targets that would normally require more expensive weaponry.
In military calculations, this difference matters because a relatively cheap drone can damage vehicles, positions, or equipment of much higher value, altering the cost of each advance, retreat, or supply attempt.
In addition to FPVs, Ukraine employs reconnaissance drones, longer-range models, and unmanned naval systems, used to compensate for the difference between its conventional naval capability and the Russian maritime structure in the Black Sea.
With these vehicles, Kiev can carry out reconnaissance or attack missions against military targets and infrastructure, reducing the risk to crews and increasing pressure on areas previously dependent on traditional vessels.
The result is an increasingly automated war, but still far from a complete replacement of soldiers by machines, as the central change lies in the combination of human operators, cheap drones, ground robots, and quick decisions on the front.
With unmanned systems taking on logistics, observation, and attack missions, to what extent will robotics redefine the role of soldiers in the next phases of the war?
