Lamps Mk Iii Helicopter Landing System Parts

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Part Number
NSN
NIIN
1127-19-339 Electrical Power Cable
012019495
1147AS238-2 Electrical Power Cable
012020664
DCOP-1-1/2 Electrical Power Cable
012022776
LSDCOP-1/1-2 Electrical Power Cable
012022776
LSFHOF-3 Electrical Power Cable
012019495
LSMHOF-19 Electrical Power Cable
012022790
LSTHOF-3 Electrical Power Cable
012020664
M24643/2-02UN Electrical Power Cable
012022776
M24643/3-20UN Electrical Power Cable
012020664
M24643/3-32UN Electrical Power Cable
012019495
M24643/7-04UN Electrical Power Cable
012022790
M2464300-20UN Electrical Power Cable
012020664
M915/6, TYPE FHOF-3 Electrical Power Cable
012019495
MIL-C-24643/2 Electrical Power Cable
012022776
MIL-C-24643/3 Electrical Power Cable
012019495
MIL-C-24643/3 Electrical Power Cable
012020664
MIL-C-24643/7 Electrical Power Cable
012022790
MIL-C-915/3 Electrical Power Cable
012022776
MIL-C-915/6 Electrical Power Cable
012020664
MIL-C-915/6TYPETHOF- Electrical Power Cable
012020664
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Helicopter Landing System, Lamps Mk Iii

Picture of Lamps Mk Iii Helicopter Landing System

A helicopter deck (or helo deck) is a helicopter pad on the deck of a ship, usually located on the stern and always clear of obstacles that would prove hazardous to a helicopter landing. In the United States Navy, it is commonly and properly referred to as the flight deck.

In the Royal Navy, landing on is usually achieved by first lining up on the port quarter parallel to the ship's heading, then once the deck motion is deemed to be acceptable the pilot sidesteps the aircraft laterally using a white painted line (the bum line) as a reference.

Shipboard landing for some helicopters is assisted though use of a haul-down device that involves attachment of a cable to a probe on the bottom of the aircraft prior to landing. Tension is maintained on the cable as the helicopter descends, assisting the pilot with accurate positioning of the aircraft on the deck; once on deck locking beams close on the probe, locking the aircraft to the flight deck. This device was pioneered by the Royal Canadian Navy and was called "Beartrap". The U.S. Navy implementation of this device, based on Beartrap, is called the "RAST" system (for Recovery Assist, Secure and Traverse) and is an integral part of the LAMPS Mk III (SH-60B) weapons system.

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