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| F2H Banshee | |
|---|---|
| Name | Banshee |
| Type | Carrier-based jet fighter and fighter-bomber |
| Manufacturer | McDonnell Aircraft Corporation |
| First flight | 1947 |
| Introduced | 1948 |
| Retired | 1961 |
| Primary user | United States Navy |
| Produced | 1947–1953 |
| Numberbuilt | 702 |
F2H Banshee The McDonnell carrier-based straight-wing jet, widely used by the United States Navy, United States Marine Corps and allied naval air arms, served through the late 1940s into the 1950s, engaging in Korean War operations and peacetime patrols. Developed amidst post‑World War II jet advances involving firms such as North American Aviation, Grumman, Vought, and influenced by aerodynamic work at National Advisory Committee for Aeronautics and NACA research, it became a mainstay of early carrier aviation modernization alongside types like the F9F Panther, F7U Cutlass, and F4U Corsair.
McDonnell's program began after contracts from the United States Navy Bureau of Aeronautics and competition with designs from Lockheed Corporation and Convair for jet-powered carrier fighters. Engineers including former Douglas Aircraft Company staff leveraged wind tunnel data from Langley Research Center and Ames Research Center to refine straight-wing aerodynamics. Flight testing at Moffett Field and Patuxent River involved test pilots trained at Naval Air Station Jacksonville and evaluation panels that included members from Bureau of Aeronautics and Naval Air Systems Command. Certification and carrier suitability trials used procedures adopted from Carrier Air Group practice and the shipboard operations doctrine of the United States Pacific Fleet.
The airframe employed twin centrifugal-flow turbojet engines packaged within the fuselage, a configuration paralleling contemporaries at Rolls-Royce and General Electric developments. Structural layout drew on McDonnell's earlier experience with FH Phantom concepts; materials procurement referenced suppliers such as Alcoa and DuPont for alloys and composites. Avionics suites were influenced by systems developed for Naval Research Laboratory projects and included radios and radar equipment standardised by the Federal Communications Commission allocations for military aeronautical use. The Banshee incorporated arrester hook and reinforced landing gear to interface with Essex-class aircraft carrier decks and catapult launches under Naval Air Training Command procedures.
Squadrons equipped with the type operated from carriers including USS Midway (CV-41), USS Forrestal (CV-59), USS Coral Sea (CV-43), and earlier Yorktown-class aircraft carrier platforms, flying missions coordinated with Carrier Air Group tactics and Naval Air Forces Atlantic deployments. In the Korean War, units flew reconnaissance, escort, and ground-attack sorties within the United Nations Command theater alongside aircraft from Royal Navy and Royal Australian Navy carriers, coordinating with organizations such as Seventh Fleet and Task Force 77. Commanders and notable pilots who flew the type included officers who later served in positions at Chief of Naval Operations and in institutions like Naval War College.
Production variants reflected evolving needs and engine improvements similar to developments at Pratt & Whitney and Westinghouse Electric Corporation. Modifications paralleled modernization programs such as those overseen by Naval Air Systems Command and involved liaison with contractor facilities at St. Louis County Airport and Lambert Field. Training, reconnaissance, and single‑seat fighter‑bomber versions corresponded with doctrine updates from Bureau of Aeronautics and fleet feedback compiled by Aeronautical Engineering Laboratory panels.
Primary military operators included United States Navy and United States Marine Corps squadrons assigned to Carrier Air Wing formations and forward bases like NAS North Island, NAS Miramar, and NAS Oceana. Allied operators and evaluators included personnel exchanges with Royal Canadian Air Force and trials with aviation branches influenced by NATO early cold-war interoperability standards. Units were administratively overseen by commands such as Commander, Naval Air Force Pacific and coordinated logistics with Naval Supply Systems Command.
Preserved airframes appear in museum collections such as National Naval Aviation Museum, Smithsonian National Air and Space Museum affiliated exhibits, and regional institutions like Intrepid Sea, Air & Space Museum and Patuxent River Naval Air Museum. Restoration projects have been supported by foundations and groups connected to Commemorative Air Force volunteers and curators from National Museum of the United States Navy. Static displays participate in events organized with collaboration from Veterans Affairs commemorations and naval heritage organizations including Historic Naval Ships Association.
General characteristics included twin turbojet powerplants, straight wing, single‑seat layout, strengthened undercarriage for carrier operations and arrester hook for deck recovery. Performance metrics measured during testing at National Advisory Committee for Aeronautics facilities and naval test sites were published in fleet manuals and compared with contemporaries from Grumman and McDonnell Douglas successor analyses.