US Navy's drone boat completes first-ever rescue at sea, saving Apache helicopter crew

US Navy Achieves First Drone Rescue at Sea

The US Navy completed its first-ever drone rescue at sea on June 8, 2026, when a Saronic Corsair autonomous surface vessel saved two Apache helicopter crew members who went down near the coast of Oman. The historic rescue mission unfolded at 11:33 GMT as the AH-64 Apache encountered trouble during a routine patrol near the Strait of Hormuz 1

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. Within two hours, the crew was located, picked up, and transported to safety by the 24-foot unmanned surface vessel operated by the US Navy's Task Force 59 2

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The Corsair drone boat, equipped with a 360-degree passive sensing payload, located the two crew members who climbed aboard and clung to its superstructure as the vessel carried them to a safe area for helicopter extraction 1

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. Captain Tim Hawkins, a spokesman for US Central Command, confirmed the unmanned surface vessel "picked up" the crew and "transported them to another location on the water," where they were hoisted up to a helicopter 2

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. Both crew members are in stable condition following their ordeal 4

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Task Force 59 and AI and Unmanned Systems Integration

The historic rescue mission showcases the capabilities of Task Force 59, a dedicated artificial intelligence and unmanned systems integration unit unveiled in 2021 under the US Navy's Middle East command. The task force operates a flotilla of drone boats and focuses on testing and implementing unmanned systems and artificial intelligence into naval operations 3

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. "For pennies on the dollar we can put unmanned platforms out there, we can couple it with artificial intelligence and then, I think critically important, we can use our manned ships much more efficiently, much more effectively," then-Fifth Fleet Commander Vice Admiral Brad Cooper told reporters in October 2022 3

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The Corsair, manufactured by Texas-based Saronic Technologies, was introduced to the Middle East theater in March 2026 3

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. The diesel-powered autonomous technology platform can travel 1,000 nautical miles, carry 1,000 pounds, and hit speeds greater than 35 knots 2

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. During a January test run, the Corsair faced conditions that "could not have been endured by a human operator" and demonstrated the ability to loiter autonomously at sea for more than 50 days 3

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Implications for Recovery Missions and Military Operations

Bryan Clark, a senior fellow at the Hudson Institute, called the drone's role in the rescue a "surprise," noting that "these drones are being used for surveillance and aren't necessarily equipped for search and rescue. That said, this highlights their versatility and ability to take on new missions" 3

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. The operation demonstrates how autonomous drones could dramatically change casualty evacuation, freeing up soldiers for combat while costly recovery missions are handled by autonomous vehicles 1

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The first drone rescue at sea highlights autonomous technology's potential to preserve the critical "Golden Hour" during which prompt medical treatment can mean the difference between life and death. Drones can be sent into situations too dangerous for human teams, increasing the chances of successful rescue 1

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. Scott Savitz, senior engineer at the Rand Corporation, emphasized that the rescue highlighted functionality beyond attack roles: "I'm so pleased it will be a reminder to people that these things are not only useful for one-way explosive attacks" 3

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Future Warfare and Disaster Relief Applications

The historic rescue mission offers a glimpse at future warfare, in which humans and smart, militarized machinery operate alongside one another 2

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. Navy leadership has for years advocated for a hybrid fleet, or a mix of manned and unmanned ships. Leaders of the congressionally mandated National Commission on the Future of the Navy wrote in a January op-ed: "A distributed fleet that combines manned platforms with unmanned surface and undersea vehicles can expand sensing, complicate enemy targeting, and cover a wider area" 3

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Beyond military applications, recovery drones could rush into areas affected by earthquakes, hurricanes, wildfires, and tsunamis, where conditions may be too hazardous for human teams. They could be pre-positioned in hazard areas in anticipation of disasters, ready to collect the injured and drop off supplies at a moment's notice 1

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. The Navy in December revealed it had inked a $392 million contract with Saronic for drone-boat production, underscoring the military's commitment to unmanned systems integration 2

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