10/14/2026
✨✨Exhibit Highlights✨✨
The Unmanned Aviation Gallery gives us a keen insight into a new generation of aviation. Spanning a range of sizes, missions, and success rates, each of these UAVs shapes the future of naval aviation.
🔴Sierra Nevada Corporation developed the AN/UPN-51 UAV Common Automatic Recovery System (UCARS) to support land and shipboard recovery of UAVs. UCARS is a two-part system: the airborne subsystem installed in the UAV and the track subsystem. UCARS development tests began in 1996 at Webster Field using the RQ-2 Pioneer UAVs (highlighted in blue).
🟠 The Honeywell RQ-16 Tarantula Hawk (also T-Hawk) proves that small UAVs are still mighty. The T-Hawk is a hovering vertical takeoff and landing Micro Air Vehicle (MAV) equipped with daylight and infrared cameras. Its portability and ease of use made it successful for explosive ordnance disposal teams.
🟢 The Northrop Grumman Fire Scout UAS is a multi-mission UAV, designed for reconnaissance and aerial fire support. The Fire Scout is capable of vertical takeoff and landing (VTUAVs) and is equipped with an electro-optical/infrared sensor and laser to designate targets for strike platforms.
🔵The AAI RQ-2 Pioneer filled the need for low-cost, unmanned observation capabilities. Based on the Israeli Mastiff UAV, the Navy acquired 175 RQ-2s in 1986. These UAVs came in handy during conflicts in Kuwait, Iraq, and the Persian Gulf before their naval retirement in 2002.
🟣The Bell Eagle Eye Tilt Rotor UAV System (TRUS) served as demonstrators for what could be. While the TRUS never made it beyond the demonstration phase, it continues to teach us more about how an unmanned aircraft system (UAS) should function.
Next time you visit the museum, check out our Unmanned Aviation Gallery to learn about the other UAVs on display!