Armoured fighting vehicles

Armoured fighting vehicles
Name	Armoured fighting vehicle
Type	Armoured combat vehicle

Armoured fighting vehicles are purpose-built tracked or wheeled platforms that combine armour, weapon systems and mobility to perform offensive, defensive and support functions on land. Originating in industrialized World War I innovations and evolving through interwar experiments, World War II mass production and Cold War doctrinal shifts, these vehicles have been central to campaigns from Gallipoli and the Battle of Kursk to Gulf War and War in Afghanistan (2001–2021). Designers, manufacturers and armed forces such as Vickers, Krupp, General Dynamics, Fiat, Uralvagonzavod, British Army, Wehrmacht, Red Army, United States Army and Israeli Defense Forces shaped models that influenced theaters like North Africa Campaign, Eastern Front (World War II), Vietnam War and Yom Kippur War.

Definition and classification

Armoured fighting vehicles are classified by intended mission profiles into families such as main battle tank, infantry fighting vehicle, armoured personnel carrier, self-propelled gun, armoured reconnaissance vehicle, armoured car and armoured recovery vehicle, with national doctrines from British Army and French Army to Soviet Armed Forces and United States Marine Corps dictating role boundaries. Classification systems developed by institutions like NATO and standards bodies inform procurement and interoperability across multinational formations such as ISAF and United Nations peacekeeping contingents. Subclassifications—light, medium and heavy—reflect trade-offs between motive power supplied by manufacturers like MTU Friedrichshafen, Caterpillar Inc., Detroit Diesel and protection levels influenced by suppliers such as Rheinmetall and BAE Systems.

History and development

Early armoured experiments linked inventors and projects including Lancelot de Mole, William Foster & Co. and prototypes tested in Battle of Somme contexts, while breakthrough designs by Sir Albert Gerald Stern and firms such as Foster, Dickinson & Co. culminated in British Mark I tank deployment. Interwar theorists like J.F.C. Fuller, Basil Liddell Hart and Mikhail Tukhachevsky influenced mechanized doctrine alongside German innovators in Weimar Republic workshops and firms such as Krupp and Henschel. World War II industrial mobilization produced iconic types—Panzer IV, T-34, M4 Sherman, Churchill tank—shaping outcomes at Kursk, Normandy Campaign and North African Campaign, while postwar Cold War rivalry between NATO and Warsaw Pact generated MBTs like the M1 Abrams, Leopard 2, T-72 and Challenger 2. Recent decades saw uprisings and asymmetric conflicts including Iraq War and Syrian Civil War drive adaptations such as improvised armour and remote weapon stations developed in workshops tied to BAE Systems, Elbit Systems and smaller firms.

Design and components

Key components include hull, suspension systems (torsion bar, hydropneumatic), powerpack engines from manufacturers like Cummins, transmission, tracks or wheels produced by suppliers such as General Dynamics Land Systems and automotive systems integrated with fire-control systems from companies like Rafael Advanced Defense Systems and Lockheed Martin. Armour types range from rolled homogeneous armour pioneered by industrialists to composite solutions (Chobham armour) developed by Royal Ordnance and modular reactive armour from Israel Military Industries; active protection systems from firms like Raytheon and Israel Aerospace Industries counter modern threats. Armament includes turreted main guns (smoothbore and rifled), coaxial machine guns such as those by FN Herstal, automatic grenade launchers and anti-tank guided missiles produced by MBDA and Kongsberg Gruppen, integrated with targeting suites featuring laser rangefinders, thermal imagers and battle management systems used by US Army and British Army units.

Combat roles and tactics

AFVs conduct combined-arms operations linking armour, infantry, artillery and close air support in doctrines articulated by theorists and institutions such as German Blitzkrieg, Soviet Deep Battle, AirLand Battle and Maneuver Warfare proponents like John Boyd and H. R. McMaster. Roles include breakthrough and exploitation, reconnaissance-in-force under commands like III Corps (United States) and 1st Cavalry Division (United States), mechanized infantry transport, direct fire support for sieges such as Siege of Leningrad scenarios, and urban operations exemplified in Battle of Fallujah (2004). Tactics adapt to threats including anti-tank guided missiles used by groups like Hezbollah and Islamic State, improvised explosive devices prevalent in Iraq War, and integrated air defense suppression during operations by formations such as US Marine Corps expeditionary units.

Types and variants

Variants reflect mission adaptation: heavy MBTs (e.g., M1 Abrams, Leclerc), lighter reconnaissance platforms like BRDM-2, wheeled IFVs such as Stryker and tracked IFVs like BMP-2, APCs exemplified by M113, self-propelled artillery such as M109 Paladin and specialist vehicles like bridgelayers, mine-clearers developed by firms including Nexter Systems and recovery vehicles from Oshkosh Corporation. Export and domestic modification programs in states including Turkey, India, Pakistan, Egypt and China produced indigenous derivatives like T-90, Type 99 and licensed models from FNSS and Zakłady Mechaniczne Bumar-Łabędy.

Production and industry

Industrialization linked conglomerates—BAE Systems, General Dynamics, Rheinmetall, Krauss-Maffei Wegmann, Uralvagonzavod—with national procurement agencies such as Ministry of Defence (United Kingdom), United States Department of Defense and Ministry of Defence (Russian Federation). Supply chains involve subcontractors delivering engines, optics, armour modules and electronics from companies like Honeywell International, Thales Group and Safran. Export controls and treaties including Wassenaar Arrangement and arms embargoes by United Nations Security Council influence transfers, while offset agreements, license production and joint ventures shape programs like Leopard 2A7 upgrades and joint development projects between France and Germany.

Operational service and doctrines

Deployment practices vary across theaters governed by organizations such as NATO Allied Command Operations and doctrines formalized in field manuals from US Army Training and Doctrine Command and Russian Ground Forces. Logistical frameworks involve maintenance cycles, depot-level repair in facilities like General Dynamics Land Systems' plants, and training at schools including Royal Armoured Corps Training Centre and United States Army Armor School. Operational lessons from conflicts—Six-Day War, Yom Kippur War, First Gulf War—have driven revisions in survivability, networking and combined-arms integration adopted by units from IDF brigades to 2nd Armored Division (United States), influencing modernization programs and expeditionary planning for future engagements.

Category:Armoured vehicles