Ukraine confirms destruction of Russian Ka-27 helicopter near Yeisk Air Base
What happened
Ukraine's General Staff confirmed on 30 August 2026 the destruction of a Russian Kamov Ka-27 helicopter in the area of Yeisk Air Base in Russia's Krasnodar Krai, following analysis of additional intelligence data. The General Staff did not specify the method of destruction or circumstances of the incident.
Context and assessment
Yeisk Air Base, located on Russia's Sea of Azov coast approximately 280 kilometres south of the front line, has served as a transport and anti-submarine helicopter hub for Russian naval operations. The Ka-27, a Cold War-era twin-rotor helicopter primarily used for anti-submarine warfare and transport, represents a relatively scarce asset in the Russian inventory. Confirmed helicopter losses deep in Russian territory remain notable given Ukraine's limited long-range air capabilities, though the operational significance of individual losses at rear bases varies. The timing and method of this loss warrant careful assessment pending additional reporting.
Sources and confidence
Reported solely by Ukraine's General Staff (@GeneralStaffZSU) via Telegram. The confidence score of 8.0 reflects official Ukrainian military confirmation but single-source reporting. Cross-confirmation from Russian military channels or independent verification would strengthen confidence. Lowering factors include lack of detail on destruction method; raising factors would be Russian acknowledgement of the loss or corroborating third-party reporting.
Location
Yeisk Air Base is located near the city of Yeisk (population ~85,000) on the eastern shore of the Sea of Azov in Krasnodar Krai, approximately 46.69°N, 38.24°E. The airfield sits in the steppe zone of southern Russia, roughly 280 kilometres behind the main front line in eastern Ukraine. The base has historically hosted transport and maritime patrol aircraft.
▶ View this event on the live map
Intel Mapper aggregates open-source reports from monitored Telegram and X channels, geolocates them, cross-checks duplicates across sources and assigns a confidence score. Entries are updated as new confirmations arrive. Read how we verify events.