First-Person-View Drones in Ukraine: Operational Impact and Cost Dynamics
First-person-view (FPV) drones have emerged as a significant factor in the Ukraine conflict, with documented strikes numbering in the hundreds of thousands during 2025. This analysis examines the operational characteristics and implications of FPV drone warfare.
Featured image: Militarnyi / Anton Shevelov
System Characteristics
FPV drones are small quadcopter platforms originally developed for recreational racing, adapted for military use through the addition of explosive payloads. Operators control the aircraft via video goggles displaying real-time camera feeds.
Typical specifications include:
- Speed: Up to 150 km/h
- Range: 5-10 kilometres
- Payload capacity: 1-2 kilograms of explosives
- Unit cost: €300-800
- Production time: Hours to days per unit
Operational Data from Ukraine
Ukrainian sources reported 819,737 documented drone strikes against Russian targets in 2025, with FPV attacks comprising the majority of engagements. Analysis of casualty data indicates that 75-80 percent of combat deaths in the conflict now involve drone systems, according to Ukrainian military assessments.
Ukraine’s domestic drone production reached an estimated 4-5 million units in 2025, according to government sources. The VAMPIRE heavy drone bomber, designated «Baba Yaga,» ranked as the most effective platform in Ukrainian strike assessments based on confirmed target destruction.
Cost Asymmetry
The economic dynamics of FPV warfare present challenges for conventional force structures:
| System | Approximate Cost |
|---|---|
| FPV drone | €500 |
| Anti-tank guided missile | €150,000 |
| Main battle tank | €5,000,000+ |
The cost ratio between an FPV drone and a main battle tank approaches 10,000:1, according to published procurement data.
Defensive Challenges
Armoured vehicle protection against FPV attack has proven difficult to achieve. Electronic warfare systems can disrupt control links, but counter-countermeasures including autonomous terminal guidance are under development. Cope cages and additional armour have shown limited effectiveness against precision attacks targeting vulnerable points.
Implications for European Defence
Defence analysts have estimated that European nations require annual drone production capacity of approximately 3 million units to maintain credible deterrence, a figure substantially exceeding current manufacturing output.