An inexpensive drone can damage equipment that costs far more to replace. That makes small unmanned systems important to defence budgets. It does not make a comparison between two price tags a complete explanation of their military value.
The familiar claim that a EUR 500 drone replaces a multi-million-euro tank skips the hardest questions: what equipment the drone price includes, how often the system achieves its intended purpose and what support is needed to keep it available.
For a buyer, the useful question is what a funded fleet can deliver over time.
FPV describes a way of operating, not one standard product
First-person-view refers to control using the aircraft's camera view. The label covers different designs and levels of equipment. It is not a guarantee of a particular price, endurance or performance.
A bare aircraft, a complete kit and a supported military system are different purchases. A quotation may include controllers, batteries, software, training and spare parts, or leave some of those items to the customer. Comparing offers requires a common specification for what is actually being delivered.
That does not mean an inexpensive design loses its value once support costs are considered. It means the value has to survive a realistic procurement comparison.
Ukraine demonstrates scale
The Ukrainian Ministry of Defence reported more than one million FPV drones supplied by its procurement agency between January and July 2025. It also described purchasing against technical requirements and allowing participating units to select equipment through a digital marketplace. These are indicators of an organised supply effort, not simply an accumulation of individual aircraft purchases. Ukraine Ministry of Defence
Ukraine's separate 2025 tally of 819,737 video-confirmed strikes covers the Army of Drones Bonus programme. It is not an FPV-only total or a count of all combat deaths. Ukraine Ministry of Defence, 26 January 2026
The industrial significance is the repeated demand for usable systems. The headline number alone does not establish which supplier offers the best value.
The support bill follows the fleet
A procurement team assessing an FPV offer needs to account for equipment acceptance, operator training, replacement stock and the people who maintain the fleet. Changes to hardware and software also have costs: a new version may require fresh checks, documentation and training.
Those costs can be spread across a large fleet, but they cannot be assumed to disappear. Neither can a buyer assume that every aircraft purchased will produce a successful outcome.
This changes how competing offers should be compared. A lower aircraft price may be attractive, while a more expensive supported package may offer better availability or reduce the customer's workload. The contract needs to make the difference visible.
Price ratios are not exchange ratios
Dividing a tank's price by a drone's price describes a purchase-price ratio. It says nothing about the number of drones used, the outcome of other attempts or whether damaged equipment later returned to service.
A cost-per-effect comparison needs those missing observations. It also needs a consistent definition of the effect being counted. Otherwise a dramatic ratio can look precise while answering the wrong question.
The practical lesson is to assess small drones as a replenishable capability with its own support needs. Their low acquisition cost can be a real advantage. It should be demonstrated through dependable supply and useful performance, not inferred from the replacement value of a selected target.
For the wider procurement context, see Ukraine's lessons for European buyers and Europe's production-capacity challenge.
Corrected 7 September 2026: unsupported standard specifications and casualty percentages have been removed. The earlier price comparison did not establish a cost-per-effect ratio and no longer supports the article's conclusion.