New satellite imagery, published by the Radio Liberty project ‘Schemes’ at https://t.me/cxemu/4851, confirms the successful strike by the Special Operations Forces of the Armed Forces of Ukraine on a strategic railway bridge crossing the North Crimean Canal near Rozdolne. The imagery, captured by Planet Labs on June 23, reveals significant damage to the bridge’s structure, rendering it unusable for the Russian military supply chain.
This bridge was a vital artery for the Russian occupying forces, facilitating the transfer of military hardware, fuel, and supplies from the Russian mainland into the Crimean peninsula and onward to the southern front lines. By neutralizing this logistical hub, the Ukrainian military has significantly hampered the ability of the Russian Federation to sustain its combat readiness in the region. Military analysts view this strike as part of a systematic campaign to isolate the Russian forces in Crimea, turning the peninsula into an increasingly difficult territory for the Kremlin to hold.
Following the strike, Russian authorities in the occupied territory have attempted to downplay the incident, yet the visual evidence remains undeniable. The destruction of this bridge is a tactical victory that reflects the growing precision and reach of the Ukrainian defense forces. While the Kremlin continues to suffer logistical setbacks, the overall strategy to reclaim occupied territories remains focused on severing these supply lines. As the logistical situation deteriorates, the Russian military is forced to seek longer, less efficient alternative routes, which further strain their already depleted resources. The event highlights that the Ukrainian military is effectively leveraging intelligence and long-range capabilities to disrupt the enemy’s infrastructure, proving that no logistics node within the occupied zones is immune to precision strikes. The successful neutralization of such strategic targets is a clear indicator that the tide of war is shifting, undermining the occupation’s hold on the region.