Unstoppable drones are dropping wires all over, prompting Ukrainian troops to proceed with caution

Both Russian and Ukrainian forces are increasingly deploying small drones connected via fiber-optic cables, creating extensive networks of cabling across combat zones. Ukrainian operatives report that these cables are forcing troops to move with heightened caution.

These unjammable drones have become essential in modern combat operations, leaving trails of fiber-optic cabling that weave through the battlefield. Designed to bypass electronic warfare measures, they are gaining prominence on both sides, complicating troop movement and strategy.

"The small webs of cables create uncertainty you cant immediately tell if its a fiber-optic drone or a booby trap," said Khyzhak, a Ukrainian special forces operator known by the call sign "Predator."

Initially, first-person-view (FPV) drones used radio-frequency connections, which were soon disrupted by jamming techniques. In response, both countries developed fiber-optic FPV drones that maintain constant control through long, thin cable spools. This method provides a stable connection and resistance to electronic interference.

The drones cables, while advantageous, are also a weakness. They can become entangled in the terrain, halting drone flight, and even when functional, the cables remain scattered across the battlefield.

Khyzhak, serving in Ukraines 4th Ranger Regiment, noted that fiber-optic cables are now ubiquitous in conflict zones, frequently caught in trees, fields, and even on soldiers equipment. Recent combat footage shows operators narrowly evading a Russian fiber-optic drone attack, with cables draped across roads and surrounding terrain.

Video from the front lines reveals cables crisscrossing like spider webs, often difficult to spot unless in direct sunlight or specific angles. Night operations are particularly challenging, as operatives must navigate these hazards without excessive light, making them a significant tactical issue.

Soldiers cannot immediately distinguish between harmless cables and potential traps, requiring careful judgment on whether to proceed, destroy, or call for engineering support. This slows missions and raises risks, especially in front-line or enemy-controlled areas.

Production of fiber-optic drones has surged over the past year. Russia has introduced long-range models capable of flying up to 50 kilometers, exceeding the typical 1025 kilometer range. In Ukraine, drones threaten supply routes, prompting troops to deploy protective netting, though it does not fully ensure safety.

Ukraine is also developing countermeasures against these drones, and NATO is monitoring the situation closely to incorporate lessons into its own military planning.

Author: Sophia Brooks