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| Artillery Regiment | |
|---|---|
| Unit name | Artillery Regiment |
| Caption | Field artillery battery in action |
| Dates | Various |
| Country | Various |
| Branch | Various |
| Type | Artillery |
| Role | Indirect fire support |
| Size | Regimental |
| Command structure | Various |
| Garrison | Various |
| Nickname | Various |
| Motto | Various |
| Colors | Various |
| March | Various |
Artillery Regiment An Artillery Regiment is a military formation specializing in heavy firepower and indirect fires used to support Infantry Regiment, Cavalry Regiment, Armored Division, Airborne Division, and Marine Corps operations. Regiments have played decisive roles in conflicts from the Napoleonic Wars through the World War I, the World War II, the Korean War, the Vietnam War, and recent War in Afghanistan (2001–2021), influencing outcomes at battles such as the Battle of Waterloo, Battle of the Somme, Operation Desert Storm, and the Battle of Kursk. Artillery regiments interact with formations like the Signal Corps, Engineer Regiment, Logistics Corps, and Intelligence Battalion while integrating systems from manufacturers such as BAE Systems, Rheinmetall, General Dynamics, Lockheed Martin, and Boeing.
Artillery regiments trace lineage to the structured batteries of the Royal Artillery and the centralized artillery of the Kingdom of France during the Napoleonic Wars, evolving through developments by innovators like Jean-Baptiste Vaquette de Gribeauval and doctrines refined after the Crimean War and the American Civil War. Industrialization and metallurgy advances by firms such as Krupp and Vickers Limited transformed rifled cannon used in the Franco-Prussian War and shaped tactics seen in the Russo-Japanese War. In the 20th century, lessons from the Gallipoli Campaign, Battle of Verdun, and the Meuse-Argonne Offensive drove mechanization and motorization adopted by the Soviet Union and United States Army, while Cold War crises like the Cuban Missile Crisis and the Yom Kippur War influenced nuclear-capable and precision-strike adaptations in regimental organization. Post-Cold War conflicts including the Gulf War, Bosnian War, and operations against ISIS prompted shifts toward precision-guided munitions from programs like the Joint Direct Attack Munition and integration with platforms such as the MQ-9 Reaper and AH-64 Apache.
A typical regiment comprises headquarters elements, multiple firing batteries, a logistics company, and specialized support detachments coordinating with units like Corps Artillery Headquarters, Division Artillery (DIVARTY), and Brigade Combat Team. Command relationships may link to national structures such as the North Atlantic Treaty Organization, United Nations, or regional commands including United States Central Command and European Command (NATO). Subunits mirror historical models from the British Army and French Army, while modern examples reflect reforms studied in publications from NATO Standardization Office and doctrines like the US Army Field Manual and the Soviet Ground Forces manuals. Administrative links include national academies such as the Royal Military Academy Sandhurst, United States Military Academy, and École spéciale militaire de Saint-Cyr for officer commissioning.
Regimental armament ranges from tube artillery such as the M777 howitzer, M109 Paladin, 2S19 Msta-S, and FH70 to rocket artillery like the BM-21 Grad, Multiple Launch Rocket System (MLRS), and HIMARS. Modern regiments employ guided munitions including the Excalibur (shell), Precision Guided Mortar Munition, and anti-armor rounds developed with partners such as Raytheon and Northrop Grumman. Fire-control and reconnaissance assets integrate radars like the AN/TPQ-53, counter-battery systems such as ARTISAN and ARTHUR, and targeting feeds from satellites like GPS constellations, Navstar, and space assets operated by agencies including European Space Agency and National Reconnaissance Office. Airborne and drone platforms such as the RQ-11 Raven and ScanEagle provide battlefield observation, while electronic warfare suites and cyber tools developed by companies like BAE Systems and Thales Group support countermeasures. Logistics rely on tractors and prime movers from manufacturers like Caterpillar Inc. and AM General.
Regiments deliver fires in roles from counter-battery suppression to interdiction, battlefield preparation, and close support for formations in operations like Operation Overlord and Operation Market Garden. Tactics evolved from massed artillery barrages seen at Verdun to modern shoot-and-scoot, sensor-to-shooter timelines practiced in Operation Iraqi Freedom and Operation Enduring Freedom (2001–2021). Integration with joint assets—close air support platforms such as the A-10 Thunderbolt II and fire support coordination with units like Forward Air Controllers—enables combined arms effects. Doctrine draws on analyses from institutions like the Rand Corporation, Royal United Services Institute, and the Center for Strategic and International Studies.
Training occurs at specialist schools such as the United States Army Field Artillery School (Fort Sill), the Royal School of Artillery (Larkhill), and the Artillery School (Russia), with curricula covering gunnery, targeting, fire direction, and joint fires coordination. Exercises like Operation Steadfast Jazz, Exercise Flaming Sword, and multinational drills under NATO emphasize interoperability using standards from the Allied Tactical Publication series. Doctrine is codified in manuals produced by the US Department of Defense, Ministry of Defence (United Kingdom), and defense colleges including the NATO Defence College and the National Defense University.
Examples include historic formations such as regiments of the Royal Artillery, French Foot Artillery, and Soviet Guards Artillery units distinguished in the Eastern Front (World War II), as well as contemporary regiments within the United States Army, People's Liberation Army, Indian Army, Israeli Defense Forces, and German Bundeswehr. Famous batteries supported actions in the Battle of the Bulge, Siege of Leningrad, and Battle of Stalingrad, and personnel received honors like the Victoria Cross, Medal of Honor, and Hero of the Soviet Union.
Regiments are shifting toward networked fires, autonomous systems, and integration with space-based sensors from programs like Space Development Agency initiatives, while emerging munitions such as hypersonic glide vehicles and loitering munitions developed by Lockheed Martin, Raytheon, and MBDA reshape strike options. Concepts like multi-domain operations advocated by the US Joint Chiefs of Staff and NATO push artillery regiments to fuse cyber, electronic warfare, and kinetic effects. Procurement and interoperability debates involve entities like the European Defence Agency, national ministries such as the French Ministry of Armed Forces and German Federal Ministry of Defence, and industrial consortia including Nexter Systems and Patria. Future regiments will emphasize survivability, precision, and rapid maneuver in contested environments shaped by strategic competition involving states like the United States, People's Republic of China, Russian Federation, and regional alliances.
Category:Artillery units and formations