Other meanings of Counter-battery fire
Military tactics
Counter-battery fire is a military tactic used to destroy or neutralize enemy artillery by firing at the guns themselves, rather than at their targets. It is a critical component of modern warfare, as artillery is often the primary source of firepower on the battlefield. The tactic involves locating enemy gun positions, often through radar, sound ranging, or aerial observation, and then directing fire onto those positions to suppress or destroy them.
Counter-battery fire has been used since the advent of artillery, but it became a formalized tactic during World War I, when both sides employed sound ranging and flash spotting to locate enemy guns.1 The British developed the first effective sound ranging system in 1916, which allowed them to pinpoint German artillery positions with enough accuracy to conduct counter-battery fire. By the end of the war, counter-battery fire had become a standard part of artillery doctrine.
During World War II, counter-battery fire was further refined with the use of radar and aerial reconnaissance. The Germans used sound ranging and flash spotting, while the Allies employed radar to detect mortar and artillery fire. The Battle of El Alamein in 1942 saw a notable use of counter-battery fire, where British artillery successfully suppressed Axis guns.
Modern counter-battery fire relies on a variety of sensors to locate enemy artillery. The most common are counter-battery radars, which track the trajectory of incoming shells to calculate the firing position. Examples include the AN/TPQ-53 and the COBRA radar. Sound ranging uses microphones to detect the sound of gunfire and triangulate the source. Flash spotting involves visual observation of gun flashes, often from aircraft or drones. Additionally, signals intelligence (SIGINT) can intercept communications between artillery units to reveal their locations.
In contemporary conflicts, counter-battery fire is a key element of artillery duels. For example, in the ongoing Russo-Ukrainian War, both sides have used counter-battery radars to locate and strike each other's artillery. The Ukrainian military has received modern radars from Western allies, which have been instrumental in countering Russian artillery superiority. The tactic is also used in counter-insurgency operations, where mortars and rockets are often fired from civilian areas, making precise counter-battery fire essential to avoid collateral damage.
One lesser-known aspect is the use of meteorological data in counter-battery fire. Weather conditions, such as wind speed and air density, affect the trajectory of both the enemy's shells and the counter-battery rounds. Artillery units must adjust their fire based on these factors, and some modern systems integrate weather sensors to improve accuracy.
Another niche detail is the development of anti-radiation missiles for counter-battery purposes. The U.S. Army's MGM-140 ATACMS missile, for example, can be used to strike enemy artillery positions, but it is not specifically designed for that role. More specialized is the Israeli Spike NLOS missile, which has been used for counter-battery fire due to its precision and range.
Historically, the use of observation balloons in the 19th century was an early form of counter-battery fire, as they allowed spotters to see enemy gun positions from the air. This was later replaced by aircraft and drones.
Counter-battery fire remains a vital capability for modern armed forces, with ongoing technological advancements in sensors and precision munitions.
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