FPV Drones

What it is

A first-person-view (FPV) drone is a small unmanned aerial vehicle whose operator guides it via a live video feed transmitted from a nose-mounted camera, giving the pilot an immersive cockpit perspective through goggles or a screen. In military use, the drone carries an explosive warhead and is flown directly into the target, making it a one-way guided munition rather than a reusable aircraft. A typical frontline unit costs US$400–1,000 to build, uses commercial off-the-shelf quadcopter motors, batteries, and flight controllers, and can be assembled by a trained technician in under an hour. The dominant producers and users as of mid-2026 are Ukraine and Russia; Hezbollah and Iran have adopted the technology in Lebanon; and the United States is now scaling domestic production through the Defense Innovation Unit.

History

FPV drone racing matured as a civilian sport in the early 2010s, creating a global supply chain of cheap, interchangeable components. Ukraine's military first adapted commercial FPV drones as improvised anti-armour weapons in the Donbas in 2014–2015. After Russia's full-scale invasion in February 2022, artillery shell shortages on both sides created demand for cheap precision fires, and by mid-2023 FPV drones had become the primary substitute for guided munitions at ranges of 1–10 km. Ukraine formalised the shift with its "Army of Drones" strategy in July 2022, backed by a grant programme called Brave1 that disbursed over US$8 million to manufacturers by 2025.

Current state

As of mid-2026, Ukraine's production capacity exceeds 8 million FPV units per year, according to Ukraine's National Security and Defense Council. Ukraine purchased 1.5 million in 2024 and targeted 4.5 million purchases in 2025. Approximately 500 Ukrainian manufacturers are now producing FPV drones, compared with seven before the invasion; 96% of drones deployed by Ukraine in 2024 were domestically made. The Ukrainian government attributes roughly 60% of Russian army losses to drone strikes. Russia matches this scale, with both sides fielding up to 10,000 FPV drones per day across the front.

The dominant technological contest is between electronic warfare jamming and drone countermeasures. The fiber-optic FPV variant, which routes control signals through a physical tether rather than radio, is now the main answer to GPS and radio jamming. That specialty fiber is simultaneously in demand for data-center construction, pushing the price of a 50 km spool from roughly US$300 in 2023 to approximately US$2,500 by early 2026. The US Marine Corps tested fiber-optic FPV drones at Camp Pendleton, California in January 2026 under the Defense Innovation Unit's Project G.I. programme.

Relationships

Ukraine's FPV playbook has spread with speed. Hezbollah began deploying fiber-optic FPV drones in southern Lebanon in April 2026, killing Israeli soldiers in engagements where Israel's electronic countermeasures were ineffective against tethered guidance. Ukraine's own Lima and Pokrova networked jamming systems exist precisely to counter the mirror-image Russian FPV threat along the front. Separately, Ukraine's longer-range cruise missile programme, distinct from battlefield FPV drones, struck industrial targets such as the Titan-Barrikady launcher factory in Volgograd in June 2026, demonstrating how Ukraine's broader drone ecosystem now extends from cheap frontline FPV munitions to strategic strikes. SIPRI's 2025 Yearbook notes that 21 states issued a joint transparency statement on armed UAVs in March 2024 but no binding multilateral instrument exists.

What to watch

Three developments will shape the FPV trajectory into 2027. First, whether AI-enabled autonomous guidance, edge computer vision that locks onto targets without a live operator, reaches reliable mass production; several Ukrainian firms reported early trials in 2025. Second, whether the fiber-optic supply crunch stabilises or tightens further as data-center infrastructure competes with military demand for the same cable. Third, whether any arms-control framework moves beyond voluntary statements to regulate armed UAV proliferation, a gap SIPRI has flagged as a governance failure despite the technology's now-documented presence on every major active front.