Fiber-optic drones have recently appeared on the frontlines of Russia’s war against Ukraine. These UAVs deploy thin optical cables that remain in forests, fields, and soil, forming large debris networks with unknown ecological impacts.
The war is often described as a “drone war,” with both sides using UAVs to strike targets remotely and reduce human losses. Fiber-optic drones transmit data via light through thin dielectric fibers, a technology widely used in telecommunications since the 1970s.
FPV drones linked by optical fiber have been deployed in combat for about two years. They provide clearer video, longer operational range, and resistance to electronic warfare and jamming. This makes them harder to detect and intercept, increasing their battlefield effectiveness.
The environmental footprint of fiber-optic debris remains poorly studied, raising concerns about soil contamination, wildlife entanglement, and long-term ecosystem disruption.
The technology is evolving rapidly, and Ukraine is moving toward domestic production. New laws adopted in June 2025 introduced tax and customs incentives to support local manufacturing of fiber-optic UAV systems.
Domestic production can lower costs and improve military resilience, but it also requires parallel research on environmental risks and cleanup strategies to avoid creating a persistent wartime pollution legacy.
Recent posts:
- Fiber-optic web: How the use of drones on the frontlines impacts the environment
- Environmental security: a key element of Ukraine’s national policy
- Swamps vs tanks: How wetlands defend in wartime
- Ukraine scores decisive victory at World Conservation Congress
- Environmental Consequences of the War in Ukraine—October-November 2025