Army Field Artillery
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| Army Field Artillery | |
|---|---|
| Unit name | Field Artillery |
| Start date | Ancient to present |
| Country | Various |
| Branch | Land forces |
| Type | Artillery |
| Role | Fire support, interdiction, counter-battery |
| Size | Batteries, battalions, regiments, brigades |
| Garrison | Varies |
| Notable commanders | Napoleon, Earl of Wolseley, Georgy Zhukov |
Army Field Artillery Field artillery provides indirect fire support for land forces, delivering fires from tube and rocket systems to influence Battle of the Somme, Operation Overlord, Battle of Kursk-scale engagements and contemporary operations in Operation Iraqi Freedom, Operation Enduring Freedom. Field artillery evolved from cannon and mortar employment in the age of Napoleon and the Seven Years' War through industrial and mechanized transformations in the Crimean War, American Civil War, and World War I, informing modern doctrine used by forces such as the United States Army, British Army, Russian Ground Forces, People's Liberation Army, and French Army.
History
Artillery origins trace to siege engines and early gunpowder weapons in conflicts like the Siege of Constantinople and the Hundred Years' War, with breakthroughs under leaders such as Napoleon and innovations in the Industrial Revolution. The American Civil War and Franco-Prussian War demonstrated rifled barrels and mobility, later transformed by mechanization during World War I and the massed artillery barrages at the Battle of the Somme and Verdun. Interwar theorists including Basil Liddell Hart and proponents in the Red Army reshaped combined arms integration; World War II saw counter-battery fire, self-propelled guns in campaigns like Operation Barbarossa and North African Campaign, and leaders such as Georgy Zhukov emphasized artillery concentration. Cold War periods produced rocket artillery like the BM-21 Grad and precision munitions used by NATO and Warsaw Pact formations; post-Cold War conflicts from Gulf War (1991) to Syrian civil war highlighted networked fires, precision-guided munitions, and integration with aerial platforms including A-10 Thunderbolt II and MQ-9 Reaper.
Organization and Units
Field artillery is organized into echelons: batteries, battalions, regiments, brigades, and corps-level fires. Typical structures mirror those in the United States Army with fires brigades and division artillery, the British Army with Royal Artillery regiments, the French Army with Régiments d'Artillerie, and the Russian Ground Forces with artillery brigades. Units operate to support formations such as divisions deployed in campaigns like Operation Desert Storm or corps in Cold War plans such as NATO’s Central Front. Specialized units include target acquisition batteries using systems from manufacturers and services used by NATO, reconnaissance units employed during the Falklands War, and logistics formations modeled after doctrines from US Army Training and Doctrine Command and the Royal School of Artillery.
Equipment and Weapons
Systems span towed guns, self-propelled howitzers, multiple rocket launchers, mortars, and counter-battery radars. Iconic tube artillery includes the 76 mm divisional gun M1942 (ZiS-3), M777 howitzer, M198 howitzer, 2S19 Msta, and British AS-90; rocket artillery examples are the BM-21 Grad, M270 MLRS, and TOS-1. Ammunition types range from high-explosive, smoke, illumination, to precision-guided rounds such as the Excalibur (GPS-guided artillery shell) and rocket-delivered munitions used in Gulf War (1991) and Iraq War. Fire-control equipment and sensors include counter-battery radars like the AN/TPQ-36 and AN/TPQ-53, forward observers using equipment reminiscent of techniques from the Korean War, and integration with command systems similar to those developed by NATO allies.
Tactics and Doctrine
Doctrine emphasizes fire support, interdiction, suppression, and counter-battery operations within combined arms campaigns like Blitzkrieg and modern maneuver operations doctrines used by US Army Forces Command and Joint Forces Command (NATO). Key tactics include creeping barrages pioneered in World War I and counter-battery shoot-and-scoot tactics refined after engagements in Lebanon and Afghanistan. Doctrinal manuals and concepts from institutions like Field Artillery School (Fort Sill), Royal Military Academy Sandhurst, and Soviet-era doctrine informed employment of massed fires, ballistic calculations, meteorological adjustments, and integration with intelligence assets such as Signals Intelligence and reconnaissance units used in Operation Allied Force.
Training and Personnel
Training occurs at establishments such as Fort Sill, the Royal School of Artillery, and the École d'Artillerie with curricula covering gunnery, fire direction, targeting, and maintenance. Personnel specialties include forward observers, fire support officers, gun crews, and maintenance technicians drawn from forces like the United States Marine Corps artillery battalions and British Army Royal Artillery batteries. Career progression often involves staff college attendance at institutions such as the United States Army War College and Staff College, Camberley, and professional development covering ballistic computation, target acquisition skills used in conflicts like Falklands War and Iraq War.
Modern Developments and Technology
Recent advances include precision-guided artillery shells like the Excalibur (GPS-guided artillery shell), autonomous targeting algorithms developed within programs sponsored by agencies such as DARPA, and integration with unmanned aerial systems exemplified by MQ-1 Predator and MQ-9 Reaper reconnaissance. Network-centric fire control uses standards developed in NATO interoperability frameworks, while counter-battery detection exploits sensor fusion combining Inertial Measurement Unit data, acoustic sensors, and AN/TPQ-53-class radars. Hybrid threats in theaters like Donbas and high-intensity simulations influenced procurement of systems including the M109 Paladin, 2S35 Koalitsiya-SV, and upgrades to legacy platforms in forces such as the Indian Army and People's Liberation Army.
International Variations and Roles
Field artillery roles vary: Western doctrines emphasize precision and joint fires in forces like the United States Army and British Army, Russian doctrine stresses massed fires in the tradition of the Red Army used in operations such as Operation Uranus, while other nations like Israel Defense Forces and Republic of Korea Armed Forces integrate maneuver and indirect fires for both deterrence and counter-battery missions seen in conflicts including the Yom Kippur War and Korean War. Export and indigenous development programs span manufacturers and programs associated with countries such as France, Germany, China, India, and Turkey, reflecting doctrinal preferences, terrain, and strategic culture evident in operations from the Indo-Pakistani wars to peacekeeping missions under United Nations mandates.