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			 Army’s Oldest Missiles Still Ready For Battle 
			by U.S. Army John Hamilton White Sands Missile Range Public Affairs 
					May 18, 2022 
			Soldiers came to White Sands Missile Range 
			on December 14, 2021 to conduct live-fire testing of old missiles to 
			confirm the older weapons are still reliable and ready for use. 
			 The Soldiers, from the 3rd Battalion, 321st Field Artillery 
			Regiment of the 18th Field Artillery Brigade out of Fort Bragg NC, 
			visited the New Mexico range to conduct reliability tests of early 
			versions of the Army Tactical Missile System. 
  The ATACMS was 
			developed in 1991 to provide the Army with a long-range tactical 
			artillery missile. Utilizing the same launch vehicle as other Army 
			rockets and missiles, the ATACMS holds long history of use and saw 
			extensive testing over the years on WSMR. 
			
				
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					  December 14, 2021 - Soldiers from the 3rd Battalion, 321st Field Artillery Regiment of the 18th Field Artillery Brigade out of Fort Bragg NC visited the New Mexico range to conduct reliability tests of early versions of the Army Tactical Missile System that were developed in 1991. (U.S. Army photo by John Hamilton, White Sands Missile Range Public Affairs) 
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			This test was what is called a stockpile 
			reliability test. For tests of this type, older missiles are pulled 
			out of inventory and fired. The shots are then evaluated, and if the 
			missiles prove they can still perform to Army specifications, then 
			that can inform the Army about the longevity of other missiles in 
			the same stock from the same production run. 
  “Tests like 
			this make sure that the missile and the launcher communicate, and 
			the software is working properly,” said Mia Fitch, test officer with 
			the Materiel Test Directorate at WSMR.
  The result is that the Army can identify weapons that 
			are still good and able to be deployed, saving the Army money on 
			disposal and replacement of the older missiles, while improving 
			readiness by certifying that the weapons could still be used in a 
			future operation.
  “(These missiles) are already past their 
			prime, so we need to make sure they are still reliable, they still 
			work, and they have the impact pattern and can reach the distances 
			we need so we can still use them,” Fitch said.
  The ATACMS 
			missiles used in this test were manufactured over 27 years ago, 
			making them older than the Soldiers operating the launcher vehicle. 
			Lockheed Martin engineers who were sent to support test said these 
			missiles represented some of the oldest ATACMS missiles still in the 
			Army’s inventory.
  To conduct the test, the two missiles were 
			launched at two different target areas on WSMR allowing the test to 
			include different distances and flight types. The missiles were also 
			temperature conditioned, heated and cooled, prior to the shot.  
			 “We had a cold one and a hot one, and that was to represent 
			different conditions around the world,” Fitch said.
  To some 
			cheering an applause, the missiles successfully hit the target and 
			deployed their payloads of small bombs as expected resulting in a 
			satisfactory mission outcome and certifying the missiles are still 
			suitable for use by Soldiers. 
  “Both of them did great,” 
			Fitch said. “They have bomblets inside, so they were able to 
			accomplish a pattern and distance required.”
  While not all 
			tests require active duty Soldiers to conduct them, there’s always a 
			benefit to getting the end-user involved. 
  “I’ve never been 
			able to fire a live ATACMS before, so just the experience alone has 
			value,” said Staff Sgt. Nathaniel Wells, a launcher chief with the 
			3-321 FAR.
  ATACMS is a long-range weapon system and a larger 
			missile than the smaller, more common Low Cost Reduced Range 
			Practice Rocket the Soldiers can more easily train with.
  “The 
			bang and the package on these missiles are way bigger than we’re 
			used to,” said Spc. Michael Diaz, an artillery crewman with the 
			3-321 FAR.
  WSMR, with its large range area and controlled 
			airspace, allowed the test to double as a chance to not only conduct 
			a test with an end-user at the controls, but also to get the 
			Soldiers some valuable live-fire experience. 
  “We can go 
			short, medium or extended range, and we have the ability to test 
			different patterns and lengths (of flight),” Fitch said. “So White 
			Sands is prime because we can go with the longest range for 
			missiles.”
  WSMR regularly conducts reliability tests of this 
			type, testing various weapons from different stockpiles. In addition 
			to the testing of existing stockpiles, similar testing is conducted 
			with newly built missiles to test the manufacturing. 
			
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