Mark 10 missile launcher

US Navy missile launcher From Wikipedia, the free encyclopedia

The Mark 10 guided missile launching system (GMLS) is a twin-arm missile launcher designed for use aboard a variety of military vessels. The system initially supported the RIM-2 Terrier missile but was later upgraded to use RIM-67 Standard as well, and could fire them at a rate of up to two per minute. Some variants also supported the RUR-5 ASROC.

TypeGuided Missile Launching System
PlaceoforiginUnited States
Inservice1959-1995 (USN)
1964–1992 (MM)
Quick facts Type, Place of origin ...
Mark 10 Guided Missile Launching System
A RIM-67 Standard ER on a Mark 10 launcher, USS Josephus Daniels, 1983.
TypeGuided Missile Launching System
Place of originUnited States
Service history
In service1959-1995 (USN)
1964–1992 (MM)
Used byUnited States Navy
Marina Militare
WarsCold War
Vietnam War
Production history
Designed1950s
ManufacturerNorthern Ordnance (later United Defense)
Produced1957 to 1967
No. built46 systems on 34 ships
VariantsMod 0 to 8
Specifications
Rate of fire2 rounds per minute
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Details

The Mark 10 was used in the US Navy on Belknap class and Leahy class cruisers (including the derived USS Truxtun and USS Bainbridge), as well as on Farragut-class destroyers, USS Long Beach and the pre-refit USS Kitty Hawk. It was also exported to the Marina Militare for use aboard Andrea Doria class and Vittorio Veneto class helicopter cruisers.

Pre-launch checkout and assembly of a Terrier missile aboard USS Jouett

Ammunition was stored in horizontal 20-round ring magazines. When preparing to fire, the magazine rotated to the selected missile, which was then raised by a hoist to an assembly area above the magazine, where the vacuum tube electronics were warmed up, and stabilizing fins were attached. Afterwards, the missile was connected to an overhead loader rail, to be transferred via an extendable "spanning rail" through a set of blast doors onto the appropriate launcher rail. The assembly area required six men per launcher rail to perform the assembly work.

Most ships were equipped with two magazines side-by-side (for a total of 40 missiles), with each servicing one arm. However, the Mod 2 subvariant on the Long Beach added two more magazine rings underneath the main ones for auxiliary stowage (each unloading into the ring above it), for a total of 80 missiles. The Mod 7 on the Belknap, and Mod 8 on the Truxtun added a single extra ring centered between and under the two main ones (unloading its missiles into both of the other two rings), and also added the capability of loading and firing the RUR-5 ASROC from even-numbered positions on the two upper rings using a special adapter rail. Mod 2, Mod 7 and Mod 8 also all lowered their missile assembly areas below deck, resulting in a tilting rail system being required for missile transfer. The other subvariants only differed in ship-specific adaptations, as well as whether they were built to be placed facing fore or aft.

Usage

View aft of USS Providence, showing the Mark 9 launcher

A similar system to the Mark 10 was the Mark 9 guided missile launching system, used on Providence-class cruisers for the RIM-2 Terrier. It used the same launcher rails and aiming systems but differed in that all missiles were stored behind the launcher above main deck inside of an approximately 127 ft (39 m) long armored magazine. This magazine consisted, front to back, of a 60-round storage area, a transfer area moving missiles onto a pair of overhead transfer rails, a second storage area similar to the first, and a pair of side-by-side checkout areas nearest to the launcher (each for one of the launcher's rails), with the missiles exiting through blast doors at the rear. The missiles – a total of 120 – were stored each in its own cell in a partially assembled state with the first and second stages connected together, and wings and fins being added at checkout.

See also

References

"GMM 1 and C CHAPTER 3 Missile Launching Systems" (PDF). via okieboat.com. Retrieved 17 April 2026.
"GMM 3 and 2 CHAPTER 5 Missile Launching Systems" (PDF). via okieboat.com. Retrieved 17 April 2026.

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