KRASNODAR REGION, Russia : Satellite imagery collected in recent months shows a substantial expansion of military infrastructure at the Primorsko-Akhtarsk airfield, indicating a marked increase in Russia’s capacity to store, prepare, and launch unmanned aerial vehicles (UAVs) used in long-range strike operations.
A comparative review of high-resolution satellite images dated October 18, 2025, and January 29, 2026, reveals that the facility has undergone rapid modernization in less than four months. Analysts assess that the changes have effectively tripled the airfield’s ability to handle “Shahed”-type loitering munitions, which have been widely used in regional strike missions.
Infrastructure Expansion
Data published by the monitoring group Strategic Aviation of the Russian Federation indicate that the airfield’s logistical layout has been significantly reconfigured. In October 2025, the base relied on a limited number of standard storage garages. At that time, 24 small garages were present, each designed to accommodate no more than two drones. This configuration constrained the number of UAVs that could be assembled, armed, and readied simultaneously.
By late January 2026, satellite imagery shows a more complex and higher-capacity layout. The current configuration includes 16 original standard garages retaining their two-drone capacity, alongside 17 expanded garages that have been structurally modified to hold up to five drones each. In addition, 10 large new garages are visible under active construction, suggesting that further increases in storage and preparation capacity are planned.
Taken together, the completed and partially completed structures represent a major increase in covered storage space, allowing for more efficient protection, maintenance, and staging of UAVs.
Increased Launch Potential
Based on the revised infrastructure, intelligence analysts estimate that the airfield can now support the preparation of more than 100 UAVs for a single coordinated launch wave. This estimate is considered conservative, as it does not include drones that may be stored inside larger, pre-existing aircraft hangars elsewhere on the base, which are not fully visible in publicly available imagery.
The expansion aligns with observed trends in the growing scale of UAV strike packages, which increasingly rely on large numbers of drones launched in close succession.
Operational Activity Indicators
Despite the increased availability of covered storage, several UAVs were observed positioned in open areas of the airfield rather than inside garages or hangars. Analysts interpret this as an indicator of a high operational tempo, with drones likely staged for near-term deployment rather than long-term storage.
Such open-air positioning is typically associated with final checks, fueling, or rapid transfer to launch points, suggesting sustained activity at the base.
Launch Infrastructure Remains Unchanged
While storage and preparation facilities have expanded, the terminal launch infrastructure appears largely unchanged. Satellite imagery confirms the continued presence of eight fixed launch positions at the associated firing range, the same number identified in October 2025. This suggests that the primary focus of the modernization effort has been on increasing throughput and readiness rather than altering launch mechanisms.
Strategic Role of the Airfield
Primorsko-Akhtarsk airfield has previously been identified by analysts as a key hub for UAV operations conducted over and beyond the Sea of Azov. The scale and speed of the recent upgrades indicate an intent to sustain a higher frequency of UAV missions and to maintain the ability to generate large strike packages on short notice.
Overall, the observed developments point to a systematic effort to enhance logistical efficiency and operational endurance at one of Russia’s principal UAV deployment sites, with further expansion likely as construction continues.
——— End of Article ———
