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| Warrior Infantry Fighting Vehicle | |
|---|---|
| Name | Warrior Infantry Fighting Vehicle |
| Origin | United Kingdom |
| Type | Infantry fighting vehicle |
| Service | 1987–present |
| Used by | See below |
| Designer | Alvis Vickers |
| Manufacturer | BAE Systems Land Systems |
| Production date | 1986–2007 |
| Number | ~1,100 |
| Weight | ~25 tonnes |
| Length | 6.3 m |
| Width | 3.4 m |
| Height | 2.8 m |
| Crew | 3 + 7 passengers |
| Armour | Chobham-derived composite and spaced steel |
| Primary armament | 40 mm RARDEN cannon (initial) |
| Engine | Cummins diesel |
| Speed | 46 mph (74 km/h) |
| Vehicle range | 450 km |
Warrior Infantry Fighting Vehicle The Warrior Infantry Fighting Vehicle is a British tracked armoured fighting vehicle introduced in the late 1980s to transport infantry and provide direct fire support for British Army formations during Cold War and post‑Cold War operations. Designed and manufactured by Alvis Vickers and later produced by BAE Systems Land Systems, the vehicle served in multiple theatres including the Gulf War, Iraq War, and War in Afghanistan. The Warrior replaced older personnel carriers such as the FV432 and operated alongside main battle tanks like the Challenger 1 and Challenger 2 within armoured brigades and mechanised divisions.
Development began in the 1970s when the United Kingdom sought to modernise mechanised forces following lessons from Yom Kippur War and NATO assessments of Soviet Union armoured doctrine; key contractors included Vickers Defence Systems, Royal Ordnance Factory, and suppliers across the United Kingdom defence industry. The prototype programme underwent trials at Aberdeen Proving Ground, Otterburn ranges and within NATO exercises with partners such as United States Army, Bundeswehr, and French Army units to validate mobility, survivability, and interoperability. Procurement decisions in the 1980s involved the Ministry of Defence (United Kingdom), parliamentary defence committees, and procurement reforms influenced by the Options for Change review and subsequent defence white papers. Initial orders funded production facilities in Telford and included export marketing to nations like Kuwait and prospective deals with Saudi Arabia and Oman.
The Warrior's hull and layout reflect design priorities established by NATO studies and influenced by contemporary designs such as the M2 Bradley and BMP-2, featuring a driver, commander, and gunner layout with a rear troop compartment for seven infantry. Suspension and running gear were designed for cross‑country performance in NATO climates and desert conditions encountered in operations in Kuwait and Iraq, while modular armour packages allowed integration of composite solutions developed from Chobham research and collaborations with firms like Royal Ordnance. Electronics suites incorporated fire control subsystems compatible with optics from suppliers including Thales Group, stabilization from Sagem, and powertrain components from Cummins and David Brown Gear Systems. The interior accommodated infantry with NBC protection and communications gear interoperable with Bowman (communication system) standards adopted by the British Armed Forces.
Original armament comprised a 30–40 mm RARDEN cannon and a coaxial 7.62 mm machine gun supplied by firms such as Royal Small Arms Factory and integrated with stabilization and aiming gear from Ferranti and GEC-Marconi; later upgrade packages proposed the mounting of the 40 mm CT40 and remote weapon stations by Lockheed Martin UK and Rheinmetall. Protection doctrines drew on NATO survivability studies and incorporated spaced steel, appliqué armour, and options for add‑on mine protection developed with Defence Science and Technology Laboratory input; active protection and electronic countermeasures were trialled in conjunction with programmes involving QinetiQ and industry partners. Smoke grenade launchers, fire suppression, and battlefield management linkages connected the vehicle to force protection measures used by units operating alongside Challenger 2 squadrons and reconnaissance elements.
Powered by a Cummins diesel engine paired with an Allison transmission and torsion bar suspension from UK suppliers, the Warrior balanced power‑to‑weight for speeds up to 70 km/h on roads and effective cross‑country mobility demonstrated in exercises with US III Corps and NATO rapid reaction elements. Amphibious capability was limited compared with dedicated amphibious AFVs, but strategic mobility benefited from compatibility with rail and air transport platforms such as the C-130 Hercules, C-17 Globemaster III, and road movement doctrine of 1st (UK) Armoured Division. Endurance, fuel logistics, and maintenance cycles were shaped by doctrine from the British Army Training Unit and expeditionary deployments to desert and mountainous theatres.
Variants include command, repair and recovery, ambulatory, reconnaissance, and training platforms developed in collaboration with contractors including BAE Systems, Alvis, and subcontractors such as Rolls-Royce for auxiliary systems; significant upgrade programmes were the Warrior Capability Sustainment Programme and proposals to equip vehicles with the CT40 cannon, new turrets, and enhanced electronics. Export derivatives were adapted for customers including Kuwait with localised communications and climate control systems; upgrade proposals intersected with broader UK procurement initiatives like the Army 2020 restructure and investment reviews that also involved companies such as Rheinmetall Defence.
Warrior units saw combat in the 1991 Gulf War accompanying Royal Armoured Corps regiments during coalition operations and later in peace enforcement duties under United Nations and NATO mandates in the Balkans; subsequent deployments included major roles in the 2003 Iraq War and counter‑insurgency operations during the War in Afghanistan where vehicles faced IED threats and urban combat requiring rapid adaptation. Lessons from these campaigns led to armour enhancements, electronic upgrades, and tactics adjustments documented in operational reviews by the Ministry of Defence (United Kingdom) and after‑action reports shared with coalition partners such as ISAF and Operation Telic headquarters.
Primary operator remains the British Army with brigades based in garrisons such as Tidworth Camp and deployments rotated through Basingstoke and expeditionary lodgments; foreign operators have included Kuwait, and evaluation customers like Saudi Arabia expressed interest during procurement cycles. Units fielding Warriors have included regiments of the Royal Tank Regiment, The Rifles, and armoured infantry battalions aligned with 1st Armoured Infantry Brigade structures for combined arms operations alongside Royal Artillery and engineering units.
Modernisation efforts have focused on digital integration, survivability, and firepower as part of broader UK armoured vehicle replacement planning linked to programmes such as Ajax (FV107) and potential procurement from industrial teams including BAE Systems and Rheinmetall; discussions about a next‑generation Infantry Fighting Vehicle intersect with strategic reviews like the Integrated Review and funding determinations by the UK Parliament. Timelines contemplate phased withdrawal tied to introduction of replacement platforms, export opportunities, and life‑extension upgrades to address evolving threats assessed by the Defence Science and Technology Laboratory.