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Mine Resistant Ambush Protected

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Mine Resistant Ambush Protected
NameMine Resistant Ambush Protected
CaptionAn MRAP on patrol in Helmand Province, Afghanistan.
TypeArmored fighting vehicle
OriginUnited States
Service2007–present
Used byUnited States Armed Forces, NATO allies, and others
DesignerMultiple contractors including BAE Systems, Oshkosh Corporation, General Dynamics
ManufacturerVarious
Production date2007–2011 (major U.S. procurement)
Number~28,000 for U.S. and allies
VariantsSee text

Mine Resistant Ambush Protected vehicles are a class of armored fighting vehicle designed specifically to withstand improvised explosive device attacks and ambushes. Their development was driven by urgent operational needs during the Iraq War and the War in Afghanistan, where conventional vehicles like the Humvee proved vulnerable. Characterized by a distinctive V-shaped hull to deflect blast energy, these vehicles became a critical component of counter-insurgency operations for the United States Armed Forces and its allies, fundamentally changing troop survivability in asymmetric warfare.

History and development

The genesis of the program can be traced to the experiences of the South African Defence Force during the South African Border War, where vehicles like the Buffel and Casspir were developed. The immediate catalyst for the massive United States Department of Defense procurement, however, was the escalating threat from improvised explosive devices in Iraq after the 2003 invasion of Iraq. In 2007, under the leadership of United States Secretary of Defense Robert Gates, the MRAP program was fast-tracked as a Joint Urgent Operational Needs Statement from United States Central Command. This led to the creation of the MRAP Joint Program Office, which managed the rapid acquisition of vehicles from multiple manufacturers, bypassing traditional Pentagon procurement timelines. The effort was supported by key figures like General David Petraeus during the Iraq War troop surge of 2007.

Design and features

The primary design innovation is the V-shaped monocoque hull, which deflects explosive blast waves and fragments away from the crew compartment. This hull is typically mounted high on a robust chassis, with critical components like the fuel tank and drivetrain protected within the armored capsule. Vehicles are heavily armored with ballistic steel and often transparent armor for windows, providing protection against small arms fire, rocket-propelled grenades, and explosively formed penetrators. Standard features include run-flat tires, central tire inflation system, and NBC protection systems. Categories were defined by the U.S. Marine Corps and the U.S. Army: Category I for patrol vehicles, Category II for multi-role vehicles, and Category III for mine-clearing and heavy-duty platforms.

Variants and models

A wide array of vehicles were produced under the program by various defense contractors. Major Category I models include the Force Protection Inc. Cougar and the BAE Systems RG-31. The primary Category II vehicle was the International MaxxPro from Navistar International, which saw extensive service. The Buffalo from Force Protection Inc., a Category III mine protected vehicle, featured a robotic arm for explosive ordnance disposal. Subsequent evolution led to the MRAP All-Terrain Vehicle (M-ATV), a lighter, more mobile variant from Oshkosh Corporation optimized for the rugged terrain of Afghanistan. Other notable models include the Caiman and the RG-33.

Operational use

These vehicles were deployed en masse by the United States Army, United States Marine Corps, and United States Air Force security forces, primarily in Iraq and Afghanistan. They were integral to convoy operations, route clearance patrols by units like the 1st Infantry Division (United States), and daily patrols in regions such as Anbar Province and Kandahar Province. Allies including the British Army, Canadian Army, and French Army also employed various models. While dramatically reducing fatalities from improvised explosive devices, their high center of gravity made them prone to rollover accidents, necessitating extensive driver training. Their large size and weight also posed significant challenges for strategic transport via C-17 Globemaster III and C-5 Galaxy aircraft.

Impact and legacy

The program is credited with saving thousands of American and coalition lives, with studies from the Office of the Secretary of Defense indicating occupant survivability rates exceeding 90% in attacks that would have been fatal in other vehicles. It represented one of the largest and fastest vehicle procurements in modern United States Department of Defense history, costing over $50 billion. The experience directly influenced the development of next-generation tactical vehicles, most notably the Joint Light Tactical Vehicle (JLTV) program, which sought to blend the protection of an MRAP with the mobility of a Humvee. Many vehicles were transferred to allies through the Excess Defense Articles program or placed in war reserve stockpiles, while others were adapted for use by domestic law enforcement agencies in the United States.

Category:Armoured fighting vehicles Category:Military vehicles of the United States Category:Military equipment introduced in the 2000s