Bradley Fighting Vehicle

Bradley Fighting Vehicle
Sgt. Eric Garland · Public domain · source
Name	Bradley Fighting Vehicle
Caption	An M2 Bradley during a training exercise
Origin	United States
Type	Infantry fighting vehicle
Service	1981–present
Used by	Multiple countries
Designer	United_States_Army, FMC_Corporation
Design date	1972–1980
Manufacturer	United_Defense, BAE_Systems, FMC
Unit cost	$2–6 million
Production date	1980–2000s
Number built	~6,800
Weight	~30–35 metric tons
Length	6.55 m
Width	3.22 m
Height	3.03 m
Crew	3 + 6 passengers
Armour	Aluminium alloy, steel, ceramic appliqué (later kits)
Primary armament	25 mm M242 chain gun
Secondary armament	TOW missile launcher, coaxial 7.62 mm machine gun
Engine	Cummins_VTA-903T diesel
Speed	~56 km/h (road)
Vehicle range	~483 km

Bradley Fighting Vehicle The Bradley Fighting Vehicle is an American infantry fighting vehicle family developed during the Cold War to transport infantry while providing fire support against armored warfare threats. Designed by the United States Army and industry partners, the vehicle entered service in the early 1980s and has seen upgrades across programs responding to lessons from Gulf War, Iraq War, and modernization efforts involving BAE Systems and United_Defense. The Bradley has been central to U.S. armored formation doctrine and exported to allied forces in Saudi Arabia, Kuwait, and elsewhere.

Development and Design

Development traces to U.S. Army requirements from the Pentagon and Office of the Secretary of Defense in response to Soviet Union BMP series development and NATO force planning. Programs such as the XM723 and competition between FMC_Corporation and other contractors led to the awarded design influenced by studies at U.S. Army Armor School, Fort Knox, and industrial research at General Dynamics facilities. The design balanced troop capacity, firepower, and survivability influenced by doctrines from United States Armed Forces planners and NATO partners including British Army observers. Integration of the M242 Bushmaster autocannon, TOW anti-tank missiles, and TRWs for electronics reflected input from Defense Advanced Research Projects Agency and the Tank-Automotive Command.

Variants

The family includes combat, reconnaissance, and command variants developed under programs overseen by U.S. Army TACOM and upgraded by BAE Systems. Notable variants include the M2 infantry fighting vehicle, M3 cavalry fighting vehicle, and numerous upgrade packages from the Bradley Urban Survivability Kit program to the M2A2 ODS and M2A3 with digital systems influenced by Force XXI modernization. Export and local versions tailored for operators like Saudi Arabia and Kuwait reflect procurement decisions by respective ministries and integration with systems from Rheinmetall and Raytheon contractors. Prototype experiments involved companies such as Lockheed Martin and Northrop Grumman.

Armament and Equipment

Primary armament centers on the 25 mm M242 chain gun paired with a coaxial 7.62 mm M240 machine gun; antitank capability is provided by the BGM-71 TOW launcher on many variants. Fire-control systems evolved from optical sights to integrated thermal imagers and laser rangefinders supplied by firms like FLIR Systems and Harris Corporation, incorporating navigation from Inertial Measurement Unit suppliers and battle management systems aligned with Blue Force Tracking. Communications suites conform to standards used by U.S. Department of Defense networks and often include radios from Raytheon and Thales, while reconnaissance variants carry additional sensors, cameras, and battlefield surveillance gear interoperable with Joint Tactical Radio System efforts.

Protection and Survivability

Baseline protection uses aluminum hulls with steel add-on and appliqué ceramic or composite armor options developed in cooperation with Ceradyne and other contractors. Survivability enhancements include reactive armor trials influenced by technologies from Israel Defense Forces experiences and active protection system experiments following concepts from Trophy APS and programs funded by Congressional defense appropriations. NBC protection systems and spall liners derive from standards tested at facilities such as Aberdeen Proving Ground and evaluated during exercises with U.S. Marine Corps and NATO units. Urban upgrades responded to lessons learned in Operation Iraqi Freedom and Operation Desert Storm.

Mobility and Performance

Powered by diesel engines such as the Cummins VTA-903T, transmissions by Allison Transmission, and suspensions tuned for cross-country maneuver, the Bradley meets requirements set by U.S. Army Training and Doctrine Command for strategic mobility and tactical mobility in combined arms maneuvers. Performance metrics were validated during trials at Yuma Proving Ground, Fort Bliss, and during NATO interoperability exercises. Amphibious capability in earlier concepts influenced river-crossing doctrine alongside systems from Corps of Engineers logistics units and strategic lift planning with Military Sealift Command.

Combat History and Operational Use

The Bradley saw extensive use during Gulf War operations and later in Iraq War counterinsurgency and mechanized operations, influencing tactics taught at United States Army Combined Arms Center and doctrine revisions in Field Manual updates. Engagements with anti-armor teams and insurgent IED threats prompted changes adopted after after-action reports from units like 1st Cavalry Division, 3rd Infantry Division, and 101st Airborne Division. International exercises with British Army, German Bundeswehr, and Polish Land Forces have tested interoperability. The platform has been subject of debates in Congress over procurement, upgrade funding, and replacement timelines within Army modernization campaigns such as the Optionally Manned Fighting Vehicle program.

Users and Production

Produced initially by FMC Corporation and later by United_Defense and BAE Systems, procurement involved contracts awarded by U.S. Army Contracting Command and export approvals by the U.S. Department of State under Foreign Military Sales to partners including Saudi Arabia, Kuwait, and others. Total production numbers and unit allocations were tracked by the Defense Logistics Agency and congressional reports. Current modernization and retrofit work is performed at depots such as Anniston Army Depot and by contractors including BAE Systems and General Dynamics Land Systems.

Category:Armoured fighting vehicles of the United States Category:Cold War weapons of the United States Category:Tracked armoured fighting vehicles