Airborne Delivery of Unmanned Aerial Vehicles via Joint Precision Airdrop Systems
Airborne Delivery of Unmanned Aerial Vehicles via Joint Precision Airdrop Systems
复制标题
通过联合精确空投系统进行无人机空投
DOI：
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发表时间：
2019
期刊：
影响因子：
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通讯作者：
Ekaterina M. Prosser
中科院分区：
文献类型：
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作者：
K. Klinkmueller;Anthony J Wieck;J. K. Holt;Andrew Valentine;James Bluman;Andrew N. Kopeikin;Ekaterina M. Prosser
该项目的目的是为载货无人机的空中交付提供技术示范。这一能力将使小型、高价值的有效载荷能够与传统的空运和联合精密空投系统(JPADS)相结合，以以前无法达到的精度在相同的距离内交付。美国军事学院的一组本科生通过设计、建造、测试和演示无人机空中投放系统的比例模型实现了这一目标。该产品的客户是纳蒂克士兵研究开发和工程中心的空中送货委员会，该委员会将把比例模型原型扩展为作战系统。该系统利用了JPADS和GPS支持的多旋翼现有技术，并将它们结合在一起，创造了未来的空投方法。操作系统将能够提供5-15磅的重量。有效载荷到达目标位置5米以内。这将使接触中的个人或部队能够有效地进行补给，他们可以在不离开掩护的情况下获得空投。
The purpose of this project is to provide a technology demonstration of the aerial delivery of cargo-carrying UAVs. This capability will allow small, high-value payloads to be delivered over the same long distances as the traditional airlift and Joint Precision Airdrop System (JPADS) combination with previously unattainable accuracy. A team of undergraduate students at the United States Military Academy accomplished this goal by designing, building, testing, and demonstrating a scale model of a UAV aerial delivery system. The customer for this product is the Aerial Delivery Directorate at Natick Soldier Research Development and Engineering Center, which will expand the scale model prototype into an operational system. The system leverages the existing technologies of JPADS and GPS-enabled multi-rotors and combines them to create the airdrop method of the future. The operational system will have the capability to deliver a 5-15 lb. payload to within 5 meters of the target location. This will enable effective resupply of individuals or troops in contact, who could pick up an airdrop without having to leave cover.