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Conceptual Design of an Interoperable Vertical Take-off Unmanned Aerial Vehicle for Operations with Unmanned Ground Vehicles - Mission Payload Analysis

机译:用于可与无人地面飞行器配合使用的可互操作的垂直起飞无人飞行器的概念设计-任务和有效载荷分析

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摘要

Recent global military operations and current army research have placed emphasis to address future conflict environments from a complex terrain/urban perspective, including threats from improvised explosive devices (IEDs). Conventional countermine equipments and doctrines needs to be re-considered for the development of a new operational philosophy from an unmanned technology perspective. The Sir Lawrence Wackett Centre for Aerospace Design Technology has embarked on investigations and conceptual design studies of a VTUAV for IED detection. The conceptual design process under development at the Wackett Centre is based on a systems perspective that focuses on mission analysis, and mission payload design from a network centric operation perspective. Whilst the conceptual design needs to be further developed in a detailed vehicle design, it does provide a preliminary investigation of the issue of interoperability between unmanned systems to enhance mission capabilities.
机译:最近的全球军事行动和当前的陆军研究已将重点放在从复杂的地形/城市角度解决未来的冲突环境,包括来自简易爆炸装置(IED)的威胁。从无人技术角度出发,需要重新考虑常规的防雷设备和理论,以开发新的作战理念。劳伦斯·沃克特爵士航空航天设计技术中心已着手对用于IED检测的VTUAV进行调查和概念设计研究。 Wackett中心正在开发的概念设计过程是基于系统的角度出发的,该角度着重于任务分析以及从以网络为中心的操作角度进行任务有效载荷设计。虽然概念设计需要在详细的车辆设计中进一步发展,但确实可以对无人系统之间的互操作性问题进行初步研究,以增强任务能力。

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