“You take the most immediate problem and solve that one. “We described as peeling an onion,” Buckler said. Throughout the iterative design process, Buckler said the team encountered challenging, but navigable, obstacles and addressed each problem as it arose. Upgrades to the 105mm GAU are extensive, but Dahlgren engineers have been careful to ensure that the weapon’s functionality, accuracy and ease of use remain virtually the same. The previous iteration of the AC-130 105mm gun system consisted of the M102 howitzer and M137A1 recoil mechanism, which are no longer supported by the Army, meaning an upgrade was necessary due to obsolescence and technological advances since the original recoil mechanism was designed. And when we get the reports on the effectiveness of the weapon in the field, it makes you feel like you’ve done something that makes a difference because these are literally the tip of the spear.” “It’s a fantastic place to work, with an incredible sense of accomplishment and fulfillment. “Personally, this is the most rewarding job I’ve done in my engineering career, hands down,” said Gregory Fish, senior GAU analyst at NSWCDD. Gunners and technicians also came to Dahlgren to provide feedback on hardware performance after testing. GAU project engineers traveled to Wright-Patterson, Robins, Eglin, Hurlburt Field and Cannon Air Force bases during development to conduct testing and collaborate directly with users. From the beginning of the design, the Dahlgren engineers behind the new 105 mm gun worked directly with experienced gunners and technicians to get real-time feedback on their operational needs and experiences.
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