The newest addition to Pacific Aviation Museum’s collection is a Navy SH-60B Seahawk helicopter. The Sikorsky Seahawk is a navalized version of the Army’s UH-60 Blackhawk. The Army began using the Blackhawk in 1979. The Navy quickly saw the Blackhawk as a good foundation for replacing its SH-2 Sea Sprite, which was protecting individual ships such as frigates, destroyers, and cruisers, which often have to operate outside of the fleet’s protection umbrella. In effect, the Sea Sprite was a self-contained antisubmarine warfare (ASW) system. The 1960s-vintage Sea Sprite was too small and underpowered to support the Navy’s new LAMPS II avionics system. The Blackhawk was the ideal size for the new system, and most of its development cost had already occurred. The Navy called its Sea Sprite replacement the SH-60B, where the “S” stands for antisubmarine warfare. The Navy began using the Seahawk in 1984.
Although the AH-6B Seahawk is primarily an antisubmarine warfare aircraft, it has secondary capabilities for rescue and anti-surface warfare. Like all naval versions, it has a personnel winch for rescue purposes. In addition, all Blackhawk derivatives are highly modular, and the Seahawk’s torpedoes can be replaced by hellfire guided missiles, and it can carry machine guns or even a 30 mm cannon (although the cannon is primarily for clearing minefields).
The Navy was very happy with the Seahawk, so it ordered versions to replace many of its other helicopters. For central fleet protection, the Navy used the big Vietnam War-era SH-3 Sea King. The Navy replaced the Sea King with the SH-60F Seahawk. For Marine troop assault, the MH-60S Seahawk replaced the Vietnam-era CH-46 Sea Knight assault helicopter. The “M” stands for “multimission.”
An ASW helicopter needs to find enemy submarines lurking near the fleet. One way to do this is to deploy a long wire behind the helicopter. This magnetic anomaly detector, or MAD, can detect the presence of submarines at considerable depth. The SH-60B has its MAD boom on the right rear of the aircraft. Read the rest of this entry »