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Nomad launch (U.S. NRL photo)
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The system now has multi-launch capability, deploying multiple Nomads in quick succession instead of singularly, while retaining the system’s safe CO2 ejection system design. Tayman states that this creates an equally safe launching mechanism that can support a higher quantity of Nomads.
The Nomad test on Coronado marks the first time this multi-launch and retrieval technology has been tested on a U. S. Navy ship. “We’re excited to demonstrate this technology utilizing forward deployed fleet personnel and assets, testing one of our newest technologies on the Navy’s newest class of ships,” says co-principal investigator Aaron Kahn, a senior Guidance, Navigation, and Control researcher also with the VRS. “During this test we were able to show multiple Nomads can safely operate in the same airspace and fly in a coordinated fashion. The ability to retrieve Nomads back onboard the ship opens up future opportunities for testing and fleet training with more expensive payloads – an aspect of affordability that can easily be overlooked” says Kahn. Integrating Nomad onto Coronado speaks to the future of unmanned air systems and their contribution to the needs of the Navy. “Nomad will provide a unique opportunity to research and develop innovative ways to use the capabilities of an unmanned platform married with a variety of cutting edge payloads to address the unique Navy needs of today and tomorrow,” says Kahn. The Nomad project is funded by the Office of Naval Research. |
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U.S. NRL Tested New Nomad UAS from USS Coronado LCS 4
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