用于气象传感器测量的自动垂直起降无人机的飞行授权

T. Vas, Mátyás Palik, Zoltán Dudás, S. Simon, Z. Bottyán, Ármin Fendrik
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引用次数: 0

摘要

考虑到无人机技术的指数级增长及其预期的经济效应[1],匈牙利政府呼吁工业和学术部门在智能自主移动领域进行创新合作。该招标于去年12月由运输科学非营利研究所(ITS)发起,中标者包括mold技术系统有限公司、布达佩斯科技与经济大学和公共服务大学(UPS)。共同研究的重点是实现一种特殊的基于垂直起降无人机系统(VTOL UAS)的气象保障系统,该系统用于测量行星边界层(PBL)内的低层大气。UPS的研究人员正在研究有关操作条件、飞行授权、飞行安全方面的法律问题,这些问题涉及识别潜在危险和适航问题,并将制定他们的建议。本文介绍了垂直起降无人机安全、合法运行需要解决的一些问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Flight Authorization of the Automatized VTOL UAS for Meteorological Sensor Measurement
Considering the exponential growth of drone technology and its expected economic effect [1], the Hungarian Government called on the industrial and academic sectors for an innovative cooperation in the field of intelligent autonomous mobility. The tender was launched by the Institute of Transport Sciences Non-profit Ltd. (ITS) last December, and among the winners was the joint tender of the Mould Tech Systems Ltd., the Budapest University of Technology and Economics and the University of Public Service (UPS). The common research is focusing on the implementation of a special Vertical Take-Off and Landing Unmanned Aircraft System (VTOL UAS)-based meteorological support system which is to measure the lower parts of the atmosphere within the planetary boundary layer (PBL). The researchers of UPS are examining the legal issues of operational conditions, flight authorization, flight safety aspects concerning the identification of potential dangers, and the airworthiness issues and will formulate their recommendations. In this paper the authors introduce the numbers of issues that have to be solved in favour of the safe and legal VTOL UAS operation.
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