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| AGM-28 Hound Dog | |
|---|---|
| Name | AGM-28 Hound Dog |
| Origin | United States |
| Type | Cruise missile |
| Used by | United States Air Force |
| Manufacturer | North American Aviation |
| Production date | 1957–1963 |
| Service | 1960–1975 |
AGM-28 Hound Dog The AGM-28 Hound Dog was a United States Air Force nuclear-capable, turbojet-powered cruise missile developed during the Cold War as a standoff armament for the Boeing B-52 Stratofortress, providing strategic strike capability against hardened targets in the Soviet Union, Warsaw Pact, and other potential adversaries. It emerged from interservice and industrial programs involving United States Air Force, United States Department of Defense, and contractors such as North American Aviation and General Electric to meet requirements set by strategic planners in the late 1950s and early 1960s. The missile influenced subsequent developments in cruise missile doctrine and was entwined with strategic policies and treaties including the Treaty on the Non-Proliferation of Nuclear Weapons negotiations and arms control dialogues of the era.
Development began under programs managed by the United States Air Force and guidance from the Air Research and Development Command and Ballistic Systems Division in response to perceived gaps exposed by events such as the Korean War and shifting doctrines after the Suez Crisis. Contracts were awarded to North American Aviation with propulsion and avionics input from General Electric and guidance firms formerly associated with Hughes Aircraft Company and Raytheon Technologies predecessors. Influential figures in procurement, including leaders in Strategic Air Command and policymakers in the Department of Defense, accelerated work to counter Soviet Union air defenses symbolized by the MiG-21 and long-range interceptor developments. Test programs utilized ranges at Eglin Air Force Base, Patrick Air Force Base, and launches over the Atlantic Ocean and Pacific Ocean test corridors, involving instrumentation from Sandia National Laboratories and data analysis by teams linked to RAND Corporation studies on strategic deterrence.
The Hound Dog was a subsonic, jet-powered cruise missile with a mid-mounted wing and swept tail surfaces developed by the airframe group at North American Aviation; propulsion was provided by a turbojet derived from designs at General Electric and tested with support from National Advisory Committee for Aeronautics predecessors. Avionics incorporated inertial guidance technology advanced by firms associated with MIT Radiation Laboratory alumni and components from Hughes Aircraft Company. Structural materials and manufacturing techniques reflected practices used in Boeing bomber production and research from Bell Aircraft and Douglas Aircraft Company. The missile carried a thermonuclear warhead compatible with W56-series yield concepts and delivery doctrines debated within Joint Chiefs of Staff circles. Performance parameters—range, speed, and accuracy—were validated against models and trials influenced by research at Caltech, Los Alamos National Laboratory, and Lawrence Livermore National Laboratory.
Operational deployment integrated the Hound Dog with Strategic Air Command B-52 wings at bases such as Minot Air Force Base, Barksdale Air Force Base, Ellsworth Air Force Base, and Carswell Air Force Base. Crews from wings associated with commanders who reported to SAC leadership executed alert cycles during crises including the Cuban Missile Crisis and heightened tensions in events involving Berlin Crisis of 1961. Training, load-out procedures, and maintenance drew on manuals influenced by practices at Air Training Command and coordination with logistics by Air Materiel Command successors. The missile supported deterrent patrol concepts and contributed to strike packages coordinated with platforms like the Northrop B-52-era mission planners, and engagement doctrines debated in studies by US Air Force Academy faculty and analysts at Heritage Foundation and Center for Strategic and International Studies.
Development spawned multiple production and test variants incorporating changes from contractors such as North American Aviation and subcontractors like Hamilton Standard and Curtiss-Wright. Prototype and test series underwent iterative updates involving avionics specialists from Boeing research groups and propellant handling procedures informed by Atomic Energy Commission safety protocols. Modifications addressed lessons from service incidents investigated by boards tied to Air Force Materiel Command and recommendations from advisory panels with experts from Carnegie Mellon University and Stanford University.
Primary operator was the United States Air Force under Strategic Air Command control, with deployments to major SAC wings at installations including Minot Air Force Base, Ellsworth Air Force Base, Barksdale Air Force Base, and forward locations utilized during rotational alert cycles. Support units from Air Force Logistics Command and test organizations at Edwards Air Force Base participated in trials and operational readiness evaluations. International allies such as North Atlantic Treaty Organization members observed the system in demonstrations, while arms control negotiators from United States Department of State and delegations to forums like the Geneva Conference monitored its implications.
Service life included mishaps investigated by boards involving personnel from Air Force Safety Center and legal reviews by Judge Advocate General's Corps. Incidents during ground handling and flight tests at ranges such as Eglin Air Force Base and White Sands Missile Range prompted changes in procedures influenced by safety recommendations from Occupational Safety and Health Administration-style practices and internal United States Air Force directives. High-profile events led to congressional oversight hearings in committees within the United States Congress and testimony before panels associated with the Senate Armed Services Committee.
The Hound Dog influenced later cruise missile programs developed by firms including Lockheed Corporation, McDonnell Douglas, and successors in Lockheed Martin and Northrop Grumman. Evaluations by military historians at institutions such as National Air and Space Museum, analysts at RAND Corporation, and strategists at Brookings Institution assessed its role in Cold War deterrence, shaping policy debates in forums like Hoover Institution and academic work at Georgetown University and Columbia University. The missile's technology contributed to post-service research archived at repositories including Smithsonian Institution and informed treaties and dialogues in which delegations from United States and Soviet Union participated, affecting later arms control frameworks.
Category:Cruise missiles of the United States Category:Cold War weapons of the United States