V2U Autonomous Drones in Combat
According to a report published on April 13, 2026, by the American analytical center CSIS, the Russian army is now actively deploying autonomous V2U drones on the front line. These systems operate without a GPS signal or a live operator connection. They can independently locate targets, coordinate group flights, and execute attacks. Ukrainian forces first intercepted V2U drones in June-July 2025. This development marks a significant shift toward weapon systems that rely on onboard artificial intelligence rather than remote human control.
Variants and Core Technology
The V2U drones come in two primary configurations:
- A kamikaze attack drone carrying a warhead of up to 3 kilograms;
- A reconnaissance model equipped with extra batteries and a parachute landing system.
Their operational range is 40-60 kilometers, with gasoline-powered versions capable of exceeding 100 kilometers. Early V2U models contained LTE modems for partial operator communication. However, by October-November 2025, Ukrainian specialists successfully destroyed drones that lacked any modem or external communication links.
The V2U drones navigate using a laser altimeter and a pre-loaded terrain profile map. Their core technology is an Nvidia Jetson Orin AI module mounted on a Chinese-made Leetop A603 board. An onboard trained neural network, YOLOv5, identifies vehicles, infrastructure, and people based on contrast and movement.
CSIS data indicates that groups of six to seven V2U drones can fly in formation and share information without radio communication, likely recognizing each other via special markings on their wings.
In a demonstration of their advanced autonomy, seven V2U drones in May 2025 deviated from their planned route upon detecting a concentration of vehicles and civilians. They formed a circle and carried out a coordinated strike on the target.
As CSIS analysts note, the absence of an LTE signal renders traditional electronic warfare measures nearly useless against these drones, as there is simply no signal to jam.
The emergence of autonomous V2U drones on the battlefield underscores the growing role of artificial intelligence in modern warfare. The lack of an operator link complicates air defense tasks, as conventional electronic countermeasures lose effectiveness. This technological shift could alter combat tactics and military interaction strategies, with serious potential implications for the ongoing conflict. Consequently, systems like the V2U may become a critical factor in future military operations, demanding new approaches for countering such autonomous threats.
The implications of Russia's use of autonomous drones extend beyond battlefield tactics, highlighting a broader trend in military technology. As the conflict evolves, understanding the strategic advantages these drones provide is crucial for comprehending the ongoing developments in the region.