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MRAP

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MRAP
NameMRAP
CaptionAn MRAP deployed in Afghanistan.
TypeMine-resistant ambush protected vehicle
OriginUnited States
Service2007–present
Used bySee Operational service
DesignerMultiple contractors
ManufacturerBAE Systems, General Dynamics, Oshkosh Corporation, Navistar International, Force Protection Inc.
Production date2007–2012 (major U.S. procurement)
Number~27,000 (U.S. and allies)
VariantsSee Variants and configurations

MRAP. A Mine-Resistant Ambush Protected vehicle is a class of armored fighting vehicle designed specifically to withstand improvised explosive device attacks and ambushes. The urgent development and fielding of these vehicles by the United States Department of Defense during the Iraq War and the War in Afghanistan represented a major shift in military logistics and force protection doctrine. Their distinctive V-shaped hulls and raised chassis are engineered to deflect blast energy away from the crew compartment, significantly enhancing survivability in asymmetric warfare environments.

History and development

The conceptual origins of the MRAP can be traced to vehicles like the Buffalo and Casspir used by South Africa during the Border War. The immediate catalyst for the massive U.S. military procurement was the escalating casualty rate from IEDs in Iraq following the 2003 invasion of Iraq. In 2007, under pressure from Congress and the Marine Corps, the Pentagon established the Joint Program Executive Office for Joint Tactical and Light Vehicles to manage an urgent, multi-billion dollar acquisition program. This initiative, heavily supported by then-Secretary of Defense Robert Gates, bypassed traditional procurement timelines, rapidly awarding contracts to several defense contractors to produce thousands of vehicles.

Design and features

The primary design feature is a monocoque V-hull constructed from hardened steel and sometimes aluminum alloy, which channels explosive force outward and upward. Crew compartments are positioned high above the blast point, with armored seats suspended from the ceiling or walls to mitigate shock wave transmission. Standard armor packages provide protection against rocket-propelled grenades and small arms fire, with many vehicles featuring transparent armor windows and run-flat tire systems. Common onboard systems include C4ISTAR equipment, Counter Remote Control IED Electronic Warfare jammers, and weapon stations like the Common Remotely Operated Weapon Station.

Variants and configurations

The U.S. program categorized vehicles into three main classes. Category I, or Mine-Resistant Utility Vehicle, includes vehicles like the Navistar MaxxPro and BAE Systems Caiman for convoy and urban patrol duties. Category II, such as the Cougar and RG-33, are larger vehicles serving as armored ambulances, command and control posts, or IED disposal platforms. Category III, the largest class, is designed for route clearance and includes the Buffalo and Oshkosh M-ATV. Other notable variants include the General Dynamics RG-31 Nyala and the Force Protection Marauder.

Operational service

The United States Army and United States Marine Corps were the primary users, deploying thousands of MRAPs to Anbar Province and Helmand Province. Key allied forces, including the British Army, Canadian Army, French Army, and Italian Army, also operated various models. Their use was pivotal during the 2007–2008 troop surge in Iraq and subsequent operations in Kandahar. Beyond NATO, nations like Egypt, Lebanon, and Ukraine have received vehicles through Foreign Military Sales or aid programs. Following drawdowns in South West Asia, many MRAPs were redistributed to state National Guards, placed in storage, or transferred to partner nations under programs like the Excess Defense Articles initiative.

Criticism and limitations

Despite their lifesaving role, MRAPs faced significant critique. Their considerable weight, often exceeding 25 tons, damaged road infrastructure and made them unsuitable for off-road terrain or narrow urban areas in cities like Fallujah. High center of gravity contributed to rollover accidents, necessitating additional driver training. Logistical burdens were immense, requiring dedicated strategic airlift and cargo ship transport. The high procurement and sustainment costs, estimated in the tens of billions of dollars, drew scrutiny from the Government Accountability Office. Furthermore, their tactical role diminished as conflicts shifted from counterinsurgency to great power competition, with the U.S. Department of Defense later favoring lighter, more mobile vehicles like the Joint Light Tactical Vehicle.

Category:Armoured fighting vehicles Category:Military vehicles of the United States Category:Mine-resistant vehicles