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Helicopter Mine Countermeasures Squadron 15 (HM-15) is a United States Navy helicopter squadron established in 1987 and based at Naval Station Norfolk. Nicknamed the "Blackhawks" and flying the MH-53E Sea Dragon , it is staffed by both active duty and reserve personnel.
In July 1965 the "Combat Support" designation (HC) was created when the three existing "Utility" squadrons (HU-1, HU-2 and HU-4) were redesignated "Combat Support" squadrons. [4] The HC designation was used to designate squadrons whose primary function was either logistics or the provision of utility services with two notable exceptions; HC-7 ...
The HM designation was created in 1971 to designate "Helicopter Mine Countermeasures Squadron". ... HM-15: Blackhawks MH-53E: ... HSC-4: Black Knights MH-60S:
Helicopter Mine Countermeasures Squadron 14 (HM-14) was a United States Navy helicopter squadron established in 1978 based at Naval Station Norfolk, Virginia. Nicknamed the Vanguard and flying the MH-53E Sea Dragon, it comprised both active duty and reserve personnel. It was the sister squadron to HM-15, the Blackhawks, based at NS Norfolk. [1]
An MH-53E Sea Dragon from HM-15 during a minesweeping exercise, 2007. The Navy requested a version of the CH-53E for the airborne mine countermeasures role, designated "MH-53E Sea Dragon". It has enlarged sponsons to provide substantially greater fuel storage and endurance. It also retained the in-flight refueling probe and could be fitted with ...
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With an average staff of 11 officers and 23 enlisted personnel, the school was established to fill a void left by the decommissioning of Helicopter Mine Countermeasures Squadron TWELVE (HM-12) and the U.S. Navy’s decision to conduct MH-53E training in conjunction with CH-53E Super Stallion training at Marine Helicopter Training Squadron Three ...
Directional IRCM, or DIRCM, allows for a countermeasures laser to be targeted directly at an incoming IR threat.This makes possible a more powerful and effective defense than previous, non-directional infrared countermeasures, as the threat is directly addressed rather than the system essentially painting an area with IR disruption, which results in a weaker signal in any given direction.