Battle of Honey Springs

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The ASM-N-5 Gorgon V was an unpowered air-to-surface missile, developed by the Glenn L. Martin Company during the early 1950s for use by the United States Navy as a chemical weapon delivery vehicle. Developed from the earlier PTV-N-2 Gorgon IV test vehicle, the program was cancelled without any Gorgon Vs seeing service.

Design and development

The Gorgon V project was begun in 1950 to develop an air-to-surface missile capable of dispersing chemical warfare agents over a combat area.[1] Designing of the missile was contracted to the Glenn L. Martin Company, which used the company's earlier PTV-N-2 Gorgon IV ramjet test missile as a basis for the weapon's design.[1] The Gorgon V was to be a long slender missile, with swept wings and conventional tail.[1] The Gorgon IV's ramjet engine, slung beneath the missile's tail, was replaced in the Gorgon V with a X14A aerosol generator, developed by the Edo Aircraft Corporation.[2][N 1]

Operational use of the Gorgon V was intended to be based on two missiles being carried by a launching aircraft.[2] These would be released at an altitude of 35,000 feet (11,000 m). The Gorgon V would be piloted by autopilot in a high-subsonic dive.[2][N 2] Upon reaching an altitude of 500 feet (150 m) or less, as measured by a radar altimeter, the aerosol generator would be activated, dispersing chemical agent over an area of up to 12 mi (20 km) by 5.6 mi (9 km).[1]

Development of the Gorgon V continued throughout the Korean War. In 1953 it was projected that the weapon would be ready for operational service by 1955.[2] Later that year, the Gorgon V was cancelled by the US Navy.[5] It is unknown if any prototypes were constructed before the termination of the project.[1]

References

Notes

  1. ^ One source suggests that ASM-N-5 was intended to be a ramjet-powered, low-altitude, high-speed weapon.[3]
  2. ^ One source indicates that the weapon may have been command-guided based on a television signal from the missile.[4]

Citations

  1. ^ a b c d e Parsch 2005
  2. ^ a b c d Friedman 1982, p.201.
  3. ^ Ordway and Wakeford 1960, p.182.
  4. ^ Fahey 1958, p.32.
  5. ^ Gunston 1979, p.121.

Bibliography