DHS Seeks Aircraft Charter Services to Test Mass Rescue Flotation Device

The U.S. Department of Homeland Security (DHS), through its Office of Procurement Operations, released a Request for Information (RFI) document on Tuesday seeking aircraft charter services to support the testing of a novel maritime life-saving prototype. The initiative, spearheaded by the DHS Science and Technology Directorate (S&T) in partnership with the United States Coast Guard (USCG), aims to revolutionize the agency's response to Mass Rescue Operations in open-ocean environments.

Addressing the High-Seas MRO Challenge

Mass Rescue Operations represent one of the most complex challenges for maritime authorities. In situations where the number of people in distress exceeds the immediate capabilities of standard search-and-rescue resources—such as a catastrophic failure of a large passenger vessel in a remote area—new mass-rescue devices need to be tested. In such scenarios, survivors may be forced into the water with limited access to traditional lifeboats, leaving them highly vulnerable to hypothermia and exhaustion while waiting for long-range rescue assets to arrive.

To bridge this critical gap, DHS S&T has been developing a prototype flotation system designed to keep up to 100 survivors out of the water. This lightweight, large-capacity device is engineered to provide a stable, floating platform that can be deployed at distances of 25 to 100 miles or more offshore. By keeping survivors above the water’s surface, the device significantly reduces the risk of cold-water exposure and injury during the critical hours before formal extraction can occur.

The Search for Air Capabilities

While development of the flotation device itself is already underway, DHS is now focused on deployment logistics. To validate the device’s performance, the agency is seeking qualified vendors capable of providing charter aircraft capable of safely dropping the prototype in a controlled environment.

According to the RFI, the testing requires a fixed-wing aircraft equipped with a rear cargo ramp. The flight parameters are specific: the aircraft must be capable of maintaining an altitude of 250 to 500 feet at a speed of approximately 90 to 110 knots. DHS noted that side-door deployments are insufficient for this specific prototype, necessitating aircraft with ramp-loading capabilities, such as the C-130 (HC-130J Long Range Surveillance Aircraft) or the HC-144.

Testing Logistics

During the trials, DHS S&T officials, USCG personnel, and key stakeholders will evaluate the ease of handling and transporting the device, as well as the technical mechanics of deploying it from the air.

While the agency has not designated a specific geographic location for the drop zone, the RFI indicates a strong preference for testing sites near water-based recovery assets. This proximity is essential to ensure the device can be retrieved efficiently once the deployment test is complete.

As the project moves from the laboratory to the open ocean, the data collected from upcoming flight tests will serve as a definitive benchmark for whether this ultralight, high-capacity system can meet the rigorous demands of real-world search-and-rescue operations.