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{{r|Counterbattery}}

{{r|Counterbattery}}

Auto-populated based on [[Special:WhatLinksHere/Counterbattery]]. Needs checking by a human.

...ually described as having started in WWII, the Canadian Army approach to [[counterbattery]] in the First World War may well have been a first application.<ref>{{cita

...assive acoustic receivers are used for such things as [[geophysical MASINT#Counterbattery and Countersniper Location and Ranging|locating artillery]] by the sound of

{{r|Counterbattery}}

...emoval system" when a battery of six launchers fires 72 rockets, was for [[counterbattery]] against enemy [[artillery]], although they were also effective against tr

...ge counterbattery radars. are likely to be supplemented with additional [[counterbattery]] radars, and a [[geophysical MASINT]] sensor, the [[Unattended Transient A

...emoval system" when a battery of six launchers fires 72 rockets, was for [[counterbattery]] against enemy [[artillery]], although they were also effective against tr

Counterbattery is a technique in artillery operations, classically defined as applying let ...M may be the only alternative when guerrillas are firing from urban areas; counterbattery and C-RAM are complementary in conventional warfare.

...in which it fires, then is moving within a minute or so, to avoid enemy [[counterbattery]] fire. It is networked into the [[Advanced Field Artillery Tactical Data S

...gle rocket, there need be no crew around it when it is launched; sending [[counterbattery]] lethal fire against the point of launch will destroy nothing useful to th

...detects and destroys enemy projectiles in flight. C-RAM complements older counterbattery techniques that destroy the firing site, which may not be practical if the ...ng to destroy the weapons there. Counterartillery sensors only detect, and counterbattery is preemptive deadly force. C-RAM, instead, is active defense: it intercept

*[[Radar MASINT#Counterartillery Radar|Counterbattery radars]]

...h have greater range than 155mm howitzers. They are especially useful in [[counterbattery]] fire. While the Gulf War vintage M26 rocket for the M270 is unguided, the

...cially at night, but to some extent against large cannon in the daytime, [[counterbattery]] fire could identify firing positions to be targeted, using techniques dev

===Counterbattery and Countersniper Location and Ranging=== ====Initial WWI Counterbattery Acoustic Systems====

...Ridge]] in the [[First World War]], using [[Geophysical MASINT#Initial WWI Counterbattery Acoustic Systems|techniques]] surprisingly like modern methods, but without

...r omnidirectional sensors. The original Canada|Canadian geophysical MASINT#Counterbattery and Countersniper Location and Ranging|sensors, in the First World War, use

* [[Counterbattery/Definition]]

* [[Counterbattery/Related Articles]]

* [[Template:Counterbattery/Metadata]]

...followed by observation of artillery fire, this may identify an automated counterbattery system. A radio signal that triggers navigational beacons could be a landin

...hey could shift fires as Iranian troops advanced, and that they could fire counterbattery missions against Iranian artillery. Their performance improved when they re

...e First World War. While these methods were replaced with radar for modern counterbattery action, there is a resurgence of interest in electro-optical (i.e., cannon

Canadian forces developed innovative [[counterbattery]] methods to locate and destroy enemy artillery.

...ht, would provoke the Iraqis to fire artillery, which could be detected by counterbattery radar and destroyed. Wallace thought this was a good idea, and expanded it