Every supply truck and ambulance moving through Donetsk Oblast runs a gauntlet. First-person-view drones, cheap and precise, have turned the region’s roads into some of the most dangerous stretches of pavement on earth. Now Ukraine is fighting back with an unlikely weapon: thousands of kilometers of steel-and-mesh netting strung over roadways like tunnels, designed to physically block the drones before they reach the vehicles below.
Defense Minister Mykhailo Fedorov announced plans in early 2026 to cover an additional 4,000 km of roads nationwide with anti-drone protection by year’s end, backed by UAH 1.6 billion in dedicated funding. The announcement marks a dramatic escalation of a program that covered just 534 km across seven regions during all of 2025, and signals that Kyiv now treats physical drone barriers as permanent infrastructure rather than a battlefield improvisation.
What has already been built
The State Special Transport Service, a specialized military formation responsible for maintaining transport infrastructure in conflict zones, installed more than 534 km of anti-drone protection across seven Ukrainian regions during 2025. The 534 km figure was published by the Ministry of Defense, citing the State Special Transport Service’s operational reporting. Of that total, 92.2 km was erected in Donetsk Oblast, where the front line runs closest to active supply and evacuation routes.
The installations take the form of mesh or netting suspended over roads on steel supports, creating covered corridors. Reuters imagery from 2025 captured the structures above a road in Donetsk Oblast, providing independent visual confirmation that the nets are not just planned but physically in place. Separate field reporting from evacuations in Donetsk and Dnipropetrovsk oblasts during 2025 described protective mesh shielding roads as civilians moved out of threatened areas, indicating the concept was already being tested under real combat conditions before the formal expansion was announced.
The netting program sits within a broader defensive construction effort. During the same period, the State Special Transport Service also reinforced bridges, built road bypasses, dug anti-tank ditches, and erected field fortifications. The unit operates under Law No. 4631-IX, which defines its mission as ensuring the functioning of transport infrastructure in the interests of national defense.
The scale of the expansion
The 4,000 km target for the current year represents roughly a sevenfold increase over the 2025 total. Fedorov announced the target alongside the UAH 1.6 billion allocation, which covers anti-drone nets nationally, though no per-region cost breakdown has been released.
A parallel initiative, attributed to Deputy Prime Minister Oleksii Kuleba, targets 600 km of frontline roads specifically for anti-drone coverage. That plan focuses on military logistics corridors and medical evacuation routes, the two categories of road traffic most vulnerable to drone strikes near the contact line. Whether the 600 km is a subset of the 4,000 km national target, a separate initiative, or an earlier phase since absorbed into the larger program has not been publicly clarified. Both figures, however, point in the same direction: a massive buildout of physical drone defenses along Ukrainian roadways.
Why nets, and do they work?
The logic is straightforward. FPV drones have become one of the war’s defining weapons, used by both sides to hunt vehicles, artillery pieces, and even individual soldiers. They are small, fast, and cheap enough to deploy in large numbers. Traditional air-defense systems, designed for larger and more expensive targets, often cannot intercept them. For supply columns and ambulances traveling predictable routes, overhead netting offers a form of passive defense that does not depend on scarce interceptors or electronic-warfare equipment.
But the most significant gap in the public record is any measure of how well the nets actually perform. No official Ukrainian source has published interception rates, damage-reduction statistics, or after-action assessments for roads equipped with anti-drone netting. The nets are designed to block or deflect FPV drones carrying small explosive charges at high speed. Whether mesh barriers consistently stop these weapons or merely reduce the probability of a direct hit is a question that available reporting does not answer.
Even partial effectiveness could matter. If the nets force drone operators to adjust flight paths, reduce strike accuracy, or expend more drones to achieve the same result, they shift the economics of each attack in Ukraine’s favor. But without published data, that remains a reasonable inference rather than a confirmed outcome.
The adaptation question
Any fixed defensive measure invites adaptation, and drone warfare evolves rapidly. It is reasonable to expect that Russian drone operators will experiment with tactics designed to defeat or circumvent the netting, whether by targeting the steel supports themselves, using heavier warheads to penetrate the mesh, flying drones at angles the canopy does not cover, or simply shifting attacks to unprotected road segments. No publicly available Ukrainian or Russian source has yet documented specific tactical changes made in response to the netting installations. Whether the nets will remain effective as operators on the other side adjust is one of the most important unknowns surrounding the program.
Open questions
Several practical uncertainties surround the expansion. Netting thousands of kilometers of roadway in an active war zone demands steel supports, mesh material, transport capacity, and crews trained to work under fire. None of the available sources detail how many construction teams are deployed, how fast they can progress per day, or how often work must pause due to shelling or drone activity. The absence of interim progress updates or independent audits makes it difficult to assess whether the announced timeline is realistic. Covering 4,000 km in a single year would be a demanding civil-engineering project even in peacetime.
Maintenance is another unknown. No public data exists on the expected lifespan of the netting materials, how quickly damaged sections can be repaired after strikes, or what ongoing costs look like. A net that degrades within weeks under constant drone pressure would require continuous reinvestment, potentially consuming a larger share of the budget than the headline allocation suggests.
Civilian impact data is similarly thin. Reporting from evacuations confirmed that mesh was in use during those operations, but no source provides evacuation success rates before and after net installation. Whether casualty numbers on protected routes have fallen, whether drivers and medics report feeling safer, or whether some communities still avoid netted roads out of fear of being targeted regardless are all questions that remain unanswered in public reporting.
It is also unclear how the netting interacts with other defensive layers. Whether netted corridors receive priority for additional protection from jamming systems or short-range air-defense weapons, or whether they are expected to function largely on their own, has not been addressed by officials.
What the evidence supports
The core facts rest on solid ground. The Ministry of Defense published the 534 km completion figure based on the State Special Transport Service’s reporting, while Defense Minister Fedorov announced the 4,000 km expansion target and the UAH 1.6 billion funding allocation. Reuters visual documentation from Donetsk Oblast independently confirms that the physical structures exist and match official descriptions. Field reporting from evacuations adds a second layer of on-the-ground corroboration, though these accounts are observational rather than systematic.
Taken together, the public record supports a clear conclusion: Ukraine is investing heavily in physical anti-drone barriers along key roads, particularly in Donetsk and other frontline regions, and has already built hundreds of kilometers of such structures. The central facts of scale, funding, and responsible agencies are well documented. What remains to be seen is how much these steel-and-mesh tunnels actually change the calculus of drone warfare for the soldiers, drivers, medics, and civilians who depend on the roads beneath them.
More from Morning Overview
*This article was researched with the help of AI, with human editors creating the final content.
