# Russian Radar Network in Kuban Under Pressure as Ukraine Targets Air Defense Eyes

*Sunday, August 2, 2026 at 6:15 AM UTC — Hamer Intelligence Services Desk*

**Published**: 2026-08-02T06:15:32.548Z (2h ago)
**Category**: conflict | **Region**: Eastern Europe
**Importance**: 7/10
**Sources**: OSINT
**Permalink**: https://hamerintel.com/data/articles/12779.md
**Source**: https://hamerintel.com/summaries

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**Deck**: Ukrainian special forces have released footage they say shows strikes on multiple Russian radar and air defense assets across Russia’s Kuban region, including Nebo and Gamma systems near Yeysk and Primorsko-Akhtarsk. The attacks aim not at missiles or aircraft, but at the eyes and ears Russia uses to see Ukrainian drones and jets hours before they arrive.

Ukraine is increasingly going after the sensors rather than just the shooters in Russia’s air defense network, with new claimed strikes on a cluster of radar and short-range systems in the Kuban region threatening to punch temporary holes in the country’s aerial early warning along part of the Black Sea and southern front.

On 2 August, a Ukrainian special operations unit published footage it said documented hits on multiple Russian air defense elements in Russia’s Krasnodar region. The list of claimed targets includes a Tor-M2 surface-to-air missile system and several high- and medium-altitude radar complexes—Nebo-S, Nebo-U, Nebo-SV, Gamma-S1M, Casta-2E2, and a station identified as 37T—around the towns of Yeysk, Primorsko-Akhtarsk, Kamyshevatskaya, Prigibsky, and Shabelskoye. The video could not be independently verified, and the extent of the reported damage remains unclear, but the concentration of named systems in a single area is notable.

These radars form part of the layered picture Russia uses to detect and track aircraft and incoming missiles along its southern flank and over the Black Sea. Systems in the Nebo family are designed to spot targets at long range and high altitude, including some low-observable aircraft, while Casta and Gamma radars add coverage for low-flying objects. The Tor-M2 system is a short-range point-defense asset intended to provide a last line of protection for key sites against aircraft, cruise missiles, and drones.

For Russian operators and local military commanders, even temporary disruption to this radar cluster complicates airspace management over a sensitive region that hosts airbases, logistics hubs, and launch points for Russian strikes on Ukraine. If several radars in a region are damaged or forced offline for repair and relocation, coverage gaps can appear, increasing the risk that some Ukrainian drones, cruise missiles, or reconnaissance flights approach closer before being detected and engaged.

For Ukraine, the strategy answers a basic question: how do you make limited offensive air and missile assets more effective against a country with denser and more capable air defenses? One answer is to degrade the radars and localized SAM systems that feed the larger picture, forcing Russia to move systems further from the front or accept less efficient coverage. Every destroyed or disabled radar means fewer eyes scanning the sky, and more strain on the remaining network.

The Kuban region is not just any patch of Russian territory. Located across the Azov Sea from occupied parts of Ukraine, it hosts military airfields and support facilities that have played recurring roles in Russia’s air campaign. Attacks there also carry psychological weight for Russian residents, who have watched Ukraine’s drone war creeping closer with sporadic strikes on energy sites, depots, and now, apparently, the very systems meant to shield the area from aerial threats.

Strategically, if Ukraine can consistently suppress or harass Russian radar coverage in specific sectors, it may open tighter windows for precision strikes on higher-value targets such as airbases or logistics nodes, or at minimum force Russia to devote more air defense resources to rear protection. The logic mirrors Western doctrines of “SEAD” and “DEAD” (suppression and destruction of enemy air defenses), adapted to Ukraine’s more limited toolkit of drones and improvised long-range systems.

The broader pattern is one of escalating sophistication in how both sides wage the air and drone war. What began as sporadic stabs with individual UAVs and stand-off weapons is evolving into more deliberate campaigns against the architecture of detection and response itself. Turning radars into primary targets is a reminder that in modern conflict, the ability to see may be as decisive as the ability to strike.

Key indicators to watch next include any Russian steps to visibly reinforce air defense assets in the Kuban and along the Black Sea coast, reports of follow-on Ukrainian strikes deeper into the region, and changes in the frequency or routing of Russian air operations from nearby bases. If radar sites in this sector repeatedly come under attack, it will signal that the battle over southern airspace is entering a more dangerous, technically demanding phase.