Navy Drone Makes Military History With First-Ever Sea Rescue

Breakthrough Maritime Rescue Operation

The U.S. military achieved a historic milestone when an unmanned Navy drone successfully rescued two crew members from a downed Apache helicopter near the Strait of Hormuz, marking the first time an autonomous surface vessel has been used for personnel recovery at sea . The two U.S. Army soldiers were patrolling waters off the coast of Oman when their AH-64 Apache crashed, and they were rescued at about 7:30 p.m. ET on Monday within approximately two hours of going down .

The surface drone that conducted the rescue was a U.S. Navy Corsair unmanned surface vessel operated by U.S. 5th Fleet's Task Force 59, which picked up the two pilots and transported them to another location on the water where they were then hoisted up to a helicopter for further transport . Both crew members were in stable condition following the rescue .

Advanced Drone Technology in Action

The Corsair is a 24-foot autonomous surface vessel designed for rugged, long-duration missions, capable of operating at speeds greater than 35 knots and carrying up to 1,000 pounds over 1,000 nautical miles . The vessel is equipped with sensors that provide 360-degree passive sensing capabilities for day and night operations, which likely helped locate the two soldiers off the coast of Oman after their helicopter went down .

Task Force 59 began fielding these drones in theater in late March, following the Navy's decision last year to contract Texas-based Saronic to produce multiple batches of autonomous maritime drones under an agreement worth more than $392 million . Task Force 59, established in 2021, serves as the Navy's dedicated unit for integrating unmanned systems and artificial intelligence into maritime operations, using drones to provide reconnaissance capabilities and enhance the 5th Fleet's ability to detect smuggling and Iranian activities .

Escalating Regional Tensions

President Trump confirmed Tuesday that Iran shot down the Apache helicopter while it patrolled over the Strait of Hormuz, stating that both pilots were safe and uninjured but declaring that "the United States must, of necessity, respond to this attack" . U.S. Central Command later announced that the military began launching "self-defense strikes" on Iran at 5 p.m. ET in response to the downing of the Apache, describing the mission as "a proportional response to unjustified Iranian aggression" .

Two U.S. officials told CBS News that initial reports indicate an Iranian drone apparently took down the Apache helicopter, with sources later confirming that an armed Iranian Shahed drone struck the aircraft overnight . This incident brings to at least seven the number of crewed aircraft and helicopters the U.S. military has lost since operations against Iran began in February .

Future of Autonomous Rescue Operations

This first-of-its-kind rescue is significant for more than its historic value, as it highlights a potentially important application of drone technology for both military and disaster-relief missions . Autonomous drones could dramatically change rescue operations by freeing up more soldiers for combat while handling often costly recovery missions, allowing casualties to be moved quickly to preserve the critical "Golden Hour" during which prompt medical treatment can mean the difference between life and death .

The drones could be sent into situations too dangerous for human teams, increasing rescue success rates, while also proving valuable in disaster situations where recovery drones could rush into areas affected by earthquakes, hurricanes, wildfires, and tsunamis where conditions may be too hazardous for human teams . This successful operation demonstrates how unmanned systems are reshaping military capabilities and potentially civilian emergency response in increasingly dangerous environments.