UA RU EN

Ukrainian Naval Drone Magura Found in Greece with Detonators Still Attached

Безпілотний морський апарат Магура виявили в Греції, з підключеними детонаторами.

Discovery of a Ukrainian Drone Off the Greek Coast

Greek fishermen spotted a Ukrainian unmanned surface vessel, the Magura V3, near Cape Doukato on the island of Lefkada. The drone was lodged inside a coastal cave and still had its engine running when discovered. Equipped with modern antennas and communication systems, it also carried detonators—though no explosive payload was found. The fishermen towed the craft to the port of Vasiliki and handed it over to the Greek Coast Guard.

Investigating Possible Use Cases

Because of the presence of detonators, bomb disposal experts were called in. Their inspection confirmed the absence of any explosives. Greek authorities and the Ministry of National Defense are now exploring several theories about the drone's intended purpose:

  • Action against the shadow fleet: Investigators have not ruled out that the drone was being prepared to attack vessels transporting Russian oil in violation of international sanctions.
  • Drug trafficking scenario: Another line of inquiry considers whether smugglers might have intended to use the unmanned system for narcotics transport.

For context, Ukrainian Magura V5 drones have proven their capabilities during NATO's REPMUS 24 exercises off the coast of Portugal. In a simulated combat scenario, they successfully sank a large enemy vessel—represented by a modern frigate from one of the Alliance's member states. The incident near Lefkada highlights the growing role of unmanned maritime vehicles in modern conflicts.

The recovery of a Magura V3 drone in Greek waters has raised concerns, as it suggests that such unmanned technology could be used not only for military purposes but also for criminal activities. Given current threats related to illicit cargo transport and sanctions enforcement, Greek authorities plan to thoroughly investigate the circumstances of the incident. It is also important to note that similar technologies are becoming more common in international conflicts, potentially reshaping approaches to naval operations and maritime security.