Russian glide bombs are reshaping the war in Ukraine, turning once-distant cities into frontline targets and forcing Kyiv and its allies into a race to build cheaper, scalable defenses against a rapidly growing aerial threat.
The bombardment reached a peak in October 2025, when Russian forces dropped 5,328 precision-guided glide bombs in a single month, the highest total of the year. Launched from aircraft more than 100 kilometers away, these weapons now routinely hit cities and critical infrastructure far from the fighting. Since January, over 44,000 glide bombs have struck Ukraine, eroding any sense of safety even deep in the country’s interior and placing enormous strain on air defenses and civilian life.
The Cost Equation
Ukraine’s current air defense posture is under intense pressure from the economics of interception. Each Russian glide bomb is relatively inexpensive compared with the surface-to-air missiles often used to shoot it down. Ukrainian officials and analysts say that trying to stop every bomb with high-end systems such as Patriot or IRIS-T would quickly deplete missile stocks and budgets.
In October 2025 alone, attempting to intercept even a portion of the 5,328 bombs with such missiles would have risked exhausting available reserves. This growing imbalance has pushed Ukraine and its partners to look for lower-cost ways to protect key targets, prioritizing which power plants, water facilities, military positions, and urban centers receive coverage. The result is a continual triage, where some areas remain exposed because defending everything is simply not feasible.
New Technologies and NATO Support
In response, Ukraine and NATO members are pursuing new forms of air defense designed specifically to counter glide bombs more efficiently. One of the most closely watched initiatives is an “anti-KAB” drone concept: small unmanned aircraft meant to intercept or disrupt glide bombs in flight. France’s Atreyd company has developed the DWS-1 drone for this purpose, and Ukraine is expected to be the first to test such systems in combat conditions.
If these drones prove effective, they could offer a cheaper alternative to firing a surface-to-air missile at each bomb, while also giving NATO valuable data on Russian tactics and on how new defensive technologies perform under real-world stress. At the same time, Ukraine is blending Western-supplied systems with its own innovations. Advanced batteries from NATO allies operate alongside domestically developed solutions, including Ukrainian drone systems with improved capabilities, as Kyiv experiments with both offensive and defensive uses of similar technology.
Expanding Range, Rising Production
Russia has steadily improved the range and flexibility of its glide bombs. New versions can be released from more than 100 kilometers away, allowing Russian aircraft to stay outside many Ukrainian air defense zones while still striking deep into the country. Kyiv’s existing systems, often deployed closer to the front to protect troops and logistics hubs, cannot cover every city now within reach of these long-range weapons.
Russian planners are also working on an even longer-range bomb, reportedly with a reach of about 400 kilometers. If fielded at scale, such weapons would put much of Ukraine’s heartland at risk, further complicating any attempt to build a layered air shield. At the same time, Moscow is accelerating production: in October 2025, the 5,328 glide bombs used represented roughly a month’s output, and plans call for up to 120,000 bombs in 2025. That industrial momentum underpins Russia’s strategy of saturating Ukrainian defenses with sheer volume.
Measurable Breakthroughs, Guarded Details
Despite the mounting pressure, Ukraine has achieved some notable successes. From September to November 2025, the Ukrainian Air Force reported the destruction of up to 100 Russian guided bombs in a concentrated effort using newly tested countermeasures. It was the first time Ukraine had neutralized such a large batch of glide bombs in a short period, and the General Staff described the operation as a significant step in blunting Russia’s air campaign.
Officials have released few technical details, citing operational security and the risk that Russia would adapt if it understood exactly how the systems work. The new measures are believed to combine upgraded legacy air defense platforms, emerging technologies such as specialized drones, and improved command-and-control networks that fuse radar and intelligence data in real time. While these tools have proven effective in trials and limited operations, the central challenge now is scaling them fast enough to keep pace with Russian production.
A War of Attrition in the Skies
The human impact of the glide bomb campaign is stark. Repeated strikes have destroyed homes, hospitals, power plants, and water facilities across multiple regions, leaving millions of Ukrainians facing disrupted services and harsh conditions, especially as winter approaches. The constant threat of sudden, distant-launched attacks has taken a psychological toll, as no major city can be considered entirely safe.
Russia has also experimented with new airborne threats, including modifications to Shahed-136 loitering munitions to carry air-to-air missiles, complicating the risks for Ukrainian pilots sent to intercept them. Defense analysts warn that even promising technologiesâsuch as anti-glide-bomb drones or high-energy lasersâcannot by themselves resolve the underlying asymmetry: Russia can currently manufacture guided bombs and drones faster than Ukraine and its partners can deploy defenses.
Some experts argue that the most effective long-term answer would be to degrade Russia’s ability to launch these weapons by hitting production lines, air bases, and the aircraft that carry glide bombs. Ukraine, however, has limited means to conduct sustained strikes at that depth and scale. As Russia ramps up output toward its 2025 production goals and Ukraine races to field cheaper, more numerous countermeasures, the contest in the air is likely to remain a defining factor in the broader war and in Ukraine’s ability to protect its population and infrastructure over the long term.
Sources
United24 Media | Ukraine Tests Secret New Weapon to Shoot Down Russiaâs Unstoppable Glide Bombs (November 30, 2025)
Gwara Media | Defense Ministry: Russia Dropped 44,000 Glide Bombs at Ukraine During 2025 (December 01, 2025)
Modern Diplomacy | âA Massive Threatâ: Ukraine Reports Russiaâs Plan for 120,000 Glide Bombs (November 14, 2025)
The War Zone (TWZ) | Russian Shahed-136 Kamikaze Drones Now Armed With Air-To-Air Missiles (November 30, 2025)
Business Insider | Ukraine Gets âDrone Wallâ to Fight Russian Threats (November 11, 2025)