通过先进技术实现极端无人机系统的考虑因素

Rajneesh K. Singh, A. Bagai
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引用次数: 1

摘要

讨论了对具有先进能力的无人机的兴趣,特别是在1-3组类别中。描述了潜在的用例和应用程序的示例概念,说明了必须解决的技术挑战,以实现极端的UAS性能。定义了从传统的有效载荷、范围和速度派生的可选标准化度量,并提出了展示最先进的UAS功能的框架。对飞机巡航、动力系统和质量分数效率进行了评估,以强调在性能方面实现根本性改进所面临的挑战。目标是激发相关领域的重点基础和应用研究的想法,以实现UAS属性的转型改进。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Considerations for Enabling Extreme Unmanned Aerial Systems Through Advanced Technologies 
Interests in UAS with advanced capabilities, especially in the Groups 1-3 categories is discussed. Potential use cases and exemplary concepts of application are described that illustrate technology challenges that must be addressed to enable extreme UAS performance. Alternative normalized metrics derived from traditional payload, range, and speed are defined, and frameworks that present the state-of-the-art in UAS capabilities are presented. Aircraft cruise, powertrain, and mass fraction efficiencies are assessed to underscore the challenges in enabling radical improvements in performance. The objective is to stimulate ideas for focused basic and applied research in relevant fields to enable transformational improvements in UAS attributes.
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