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Unmanned Aircraft Systems Increase Integration through Simulation and Platform Modernization

机译:无人机系统通过仿真和平台现代化增加集成

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On 22 August 2019, the Army's Shadow unmanned aircraft system (UAS) celebrated its 20-year anniversary. In 2018, UAS community transitioned from governance under AR 95-23 to operating under AR 95-1, further aligning the UAS mission, training, weight and balance, and other operational considerations with Aviation. Although the shift in proponent responsibilities is a significant development to unite the UAS with the Aviation community, incorporating UAS into ground and air operations needs continued attention to fully realize UAS intelligence collection and direct fire capabilities. For example, TRADOC Pamphlet 525-3-1, The U.S. Army in Multi-Domain Operations 2028, calls out a specific requirement to integrate UAS with the Aviation mission, acknowledging that integration gaps still exist to fully utilize UAS into scheme of maneuver. Feedback from combat training center rotations and unit feedback further confirm these gaps and the opportunities to incorporate UAS to improve the commander's ability to understand the battlespace and mission command. These shortcomings in UAS integration at the tactical level of warfighting indicate that commanders can improve their effectiveness in large scale combat operations by further integrating UAS in training opportunities prior to combat. The UAS community has made significant progress to further integrate its capabilities through improved simulation capabilities, electro-optical sensors and communication systems.
机译:2019年8月22日,军队的影子无人机系统(UAS)庆祝其20年周年纪念日。 2018年,UAS社区从AR 95-23下的治理转移到AR 95-1下的运营,进一步调整UAS使命,培训,体重和平衡以及航空的其他操作考虑因素。虽然推动力责任的转变是一个重要的发展,使USIS与航空社区联合起来,但将UA纳入地面,空气运营需要继续关注完全实现UAS智力收集和直接火灾能力。例如,Tradoc Pamphlet 525-3-1,美国陆军在多域运营2028中,呼吁将UA与航空特派团集成的特定要求,承认仍然存在集成差距以充分利用UAS进入机动方案。来自战斗训练中心的反馈和单元反馈进一步确认了这些差距和合并UAS提高指挥官理解战斗空间和任务命令的能力的机会。在战术战术方面的UAS集成中的这些缺点表明,通过在战斗前进一步融合UAS在培训机会方面,指挥官可以通过进一步整合UA来提高大规模战斗行动的有效性。 UAS社区通过改进的仿真能力,电光传感器和通信系统进一步实现了其能力的重大进展。

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