The results of this effort will benefit several programs across NASA. The Subsonic Fixed Wing program will benefit from novel morphing aircraft concepts that have been flight tested and will enable highly aerodynamically efficient platforms in the future. The inflatable wing technology is also directly applicable to extra-terrestrial applications (such as Mars mission) and the Inflatable Wing Project. The novel system identification and adaptive control techniques will also benefit several control projects at NASA, particularly ones dealing with aeroservoelastic control.
The design and demonstration of novel morphing concepts including actuation mechanisms and control concepts will be useful for several non-NASA clients. For the defense market, IAI's morphing UAV technology will be a TRL 5/6 hardware/software product that can be licensed for use by our strategic OEM partners, or a similar aircraft manufacturer, depending on the market being addressed. The technology is directly applicable to the Morphing Structures Program at DARPA, and will allow advancement of DoD's in-house technology. Also, with the increasing use of UASs by the DoD, several control system design technologies will be immensely useful. The Navy can also directly benefit from the compact UAVs developed in this effort and similar concepts can be scaled to larger programs, such as the X-47B. There is also a market for small UAV manufacturers who will be interested in building next generation UAV systems.
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