U.S. Army Creates New MOS 14W Merging Patriot and THAAD Roles
The U.S. Army is establishing a new military occupational specialty (MOS) 14W, Air and Missile Defense Systems Repairer, merging the existing 14E and 14T specialties for Patriot and THAAD systems. The Army aims to recruit about 300 soldiers before the October 1 launch, reflecting growing global demand for missile and drone defense. The Army will assume full control of THAAD units by fiscal year 2027, aligning with its "any sensor, best shooter" doctrine to expand defended battlespace.
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Army Creates New Air and Missile Defense MOS 14W, Merging Patriot and THAAD Roles
The U.S. Army is establishing a new military occupational specialty (MOS) designated 14W, Air and Missile Defense Systems Repairer, which consolidates the existing 14E and 14T specialties responsible for operating and maintaining Patriot and Terminal High Altitude Area Defense (THAAD) missile systems. The Army aims to recruit approximately 300 soldiers in grades E-3 through E-7 before the new MOS officially launches on October 1. The move reflects growing global demand for missile and drone defense capabilities and the Army's expanding role in operating THAAD, which was traditionally managed by the Missile Defense Agency. The Army is expected to take full control of THAAD units by the end of fiscal year 2027. Officials say the consolidation will create additional engagement opportunities, expand the defended battlespace, and leverage the unique strengths of both systems, aligning with the Army's 'any sensor, best shooter' doctrine.
Military TimesArmy consolidates air and missile defense roles into new MOS
The U.S. Army is creating a new military occupational specialty (MOS) designated 14W, Air and Missile Defense Systems Repairer, by merging existing specialties 14E and 14T. The new role will operate and maintain Patriot and Terminal High Altitude Area Defense (THAAD) missile systems. The Army aims to recruit approximately 300 soldiers in grades E-3 through E-7 before the MOS officially launches on October 1. The consolidation reflects growing global demand for missile and drone defense capabilities and the Army's expanding role in operating THAAD, which it is expected to fully control by the end of fiscal year 2027. Officials say the move supports the 'any sensor, best shooter' doctrine, creating additional engagement opportunities and expanding defended battlespace.
Army TimesArmy consolidates air and missile defense roles into new MOS
The U.S. Army is creating a new military occupational specialty (MOS) designated 14W, Air and Missile Defense Systems Repairer, by merging two existing specialties (14E and 14T) responsible for operating and maintaining Patriot and THAAD missile systems. The service aims to recruit approximately 300 soldiers in grades E-3 through E-7 before the new MOS officially launches on October 1. The consolidation reflects growing global demand for missile and drone defense capabilities and the Army's expanding role in operating THAAD, which the Missile Defense Agency traditionally managed. The Army is expected to take full control of THAAD units by the end of fiscal year 2027. Officials argue the integration embraces the 'any sensor, best shooter' doctrine, creating additional engagement opportunities and expanding the defended battlespace by leveraging the unique strengths of both systems.
Army TimesArmy Creates New Air and Missile Defense MOS 14W, Merging Patriot and THAAD Roles
The U.S. Army is establishing a new military occupational specialty (MOS), designated 14W (Air and Missile Defense Systems Repairer), by merging the existing 14E and 14T specialties responsible for operating and maintaining Patriot and THAAD missile systems. The service aims to recruit approximately 300 soldiers in grades E-3 through E-7 before the official launch on October 1. The consolidation reflects growing global demand for missile and drone defense and the Army's increasing role in operating THAAD systems, which were traditionally managed by the Missile Defense Agency. The Army is expected to assume full control of THAAD units by the end of fiscal year 2027. Officials state the move will create more agile talent, expand defended battlespace, and align with the 'any sensor, best shooter' doctrine.
Military TimesUS Army Creates New Air and Missile Defense MOS Merging Patriot and THAAD Roles
The US Army is establishing a new military occupational specialty (MOS) designated 14W, Air and Missile Defense Systems Repairer, which consolidates the existing 14E and 14T specialties responsible for operating and maintaining Patriot and Terminal High Altitude Area Defense (THAAD) missile systems. The service aims to recruit approximately 300 soldiers in grades E-3 through E-7 before the new MOS officially launches on October 1. The move reflects growing global demand for missile and drone defense capabilities and the Army's expanding role in operating THAAD, which has traditionally been managed by the Missile Defense Agency. The Army is expected to take full control of THAAD units by the end of fiscal year 2027. Officials argue the integration embraces the 'any sensor, best shooter' doctrine, creating additional engagement opportunities and expanding the defended battlespace by leveraging the unique strengths of both systems. THAAD batteries are currently stationed in Guam and South Korea and have seen regular deployments to the Middle East.
Military TimesArmy Consolidates Air and Missile Defense Roles into New MOS 14W
The U.S. Army is creating a new military occupational specialty (MOS), designated 14W (Air and Missile Defense Systems Repairer), by merging the existing 14E and 14T specialties responsible for operating and maintaining Patriot and THAAD missile systems. The service aims to recruit approximately 300 soldiers in grades E-3 through E-7 before the new MOS officially launches on October 1. The consolidation reflects growing global demand for missile and drone defense and the Army's expanding role in operating THAAD, which it is expected to fully control by fiscal year 2027. Officials argue the move will create additional engagement opportunities, expand the defended battlespace, and leverage the unique strengths of both systems, aligning with the Army's 'any sensor, best shooter' doctrine.
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