Mk-41 Vertical Launching System Parts

End item NSN parts
Filter By: Socket Head Cap Screws
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Part Number
NSN
NIIN
10124907 Socket Head Cap Screw
000556294
10125070 Socket Head Cap Screw
002359883
112-0579-016 Socket Head Cap Screw
000556294
56040-94-4 Socket Head Cap Screw
000556294
6550W81P002 Socket Head Cap Screw
000556294
68069-08-16D Socket Head Cap Screw
010795152
73573-4-20C Socket Head Cap Screw
002359883
965811-418C Socket Head Cap Screw
002359883
AIC811-4-20 Socket Head Cap Screw
002359883
AOL4166-419 Socket Head Cap Screw
002359883
FFS86 Socket Head Cap Screw
000038158
G382296-11 Socket Head Cap Screw
000556294
HTE110016 Socket Head Cap Screw
000556294
NAS1351-5-12P Socket Head Cap Screw
000038158
NAS1351C4-20 Socket Head Cap Screw
002359883
NAS1352C04A4 Socket Head Cap Screw
000556294
NAS1352C04H4 Socket Head Cap Screw
000556294
NAS1352N08-16 Socket Head Cap Screw
010795152
VS2443-04-4 Socket Head Cap Screw
000556294
WC-1038-016 Socket Head Cap Screw
000556294
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Vertical Launching System, Mk-41

Picture of Mk-41 Vertical Launching System

The Mark 41 Vertical Launching System (Mk 41 VLS) is a shipborne missile canister launching system which provides a rapid-fire launch capability against hostile threats.

Refinement of the initial concept of Aegis system in the 1960s continued through the 1960s and 1970s, and the Mk 41 was conceived in 1976.

The Mk 41 is capable of firing the following missiles: RIM-66 Standard, RIM-67 Standard, RIM-161 Standard Missile 3, RIM-174 Standard ERAM, RGM-109 Tomahawk, RUM-139 VL-ASROC, RIM-7 Sea Sparrow, and RIM-162 ESSM.

Mk 57 VLS is the development of Mk 41 VLS. Developed by Raytheon, the primary improvement of Mk 57 GMVLS (guided missile vertical launching system) over Mk 41 is its exhaust gas management system that can accommodate new missile designs having up to 45 percent greater rocket motor mass flow rate than that of Mk 41. The unique symmetric geometry of the U-shaped gas management system facilitates the egress of gases, while minimizing flow into witness cells and reversed flow into the active cell. Elimination of a missile deluge system significantly reduces maintenance and personnel requirements, and protects against accidental missile wet-down.

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