In a historic milestone for naval warfare, a US Navy autonomous surface vessel (ASV) successfully rescued two downed aviators in the waters off the coast of Oman. The mission marks the military’s first-ever publicized use of an uncrewed boat to recover personnel at sea in real-world combat conditions.
The rescue unfolded roughly two hours after a US Army AH-64 Apache helicopter crashed near the highly contested Strait of Hormuz.
The Rescue Craft: Saronic Corsair
The vessel behind the historic recovery is the Corsair, a 24-foot autonomous drone boat manufactured by Austin, Texas-based defense-tech firm Saronic Technologies. Deployed by the US Navy’s Bahrain-based Task Force 59—the service’s dedicated innovation unit for AI and uncrewed systems—the vessel bypassed traditional recovery timelines using cutting-edge automation.
| Specification | Metric | Capabilities |
| Length | 24 feet (7.3 meters) | Compact, low-profile hull |
| Top Speed | 35+ knots (~65 km/h) | Rapid-response transit capabilities |
| Payload Capacity | 1,000 lbs (453.5 kg) | Sufficient for equipment, gear, or multiple personnel |
| Operational Range | 1,000+ nautical miles | Extended-endurance scouting and logistics |
How the Mission Succeeded
Driven by mission-level artificial intelligence and adaptive path planning, the diesel-powered Corsair navigated volatile sea conditions independently.
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Detection: Operating near the crash site, the sea drone utilized its 360-degree passive sensing payload to locate the two pilots floating in the water.
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Extraction: The AI-driven boat pulled the aviators from the water without requiring human personnel on board, minimizing exposure in hostile waters.
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Transfer: The Corsair transported the crew to a secure designated coordinates, where a manned helicopter completed their final evacuation. Both crew members are currently reported in stable condition.
A Validated Proof of Concept
The strategic deployment of the Corsair serves as a massive validation for the Pentagon’s broader push to mass-produce cheap, “attritable” (expendable) autonomous platforms to expand naval reach. Saronic Technologies, which secured a $392 million production contract, aims to build more than 20 of these automated vessels annually by 2027.
While uncrewed vessels have traditionally been restricted to surveillance, mine-clearing, and electronic warfare, this operation proves that AI-enabled assets are fully capable of executing high-stakes, rapid-response search and rescue operations where human life is on the line.
