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Human lunar return: An analysis of human lunar exploration scenarios within the upcoming decade

机译:人类月球回归:即将到来的十年内人类月球勘探情景分析

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Plans are currently converging towards a return of humans to the lunar surface within the upcoming decade. This return of humans to the lunar surface will utilise the Gateway as a reusable command and service module in cis-lunar space. Here, we are performing a fresh analysis of human lunar return architectures, starting with the identification of a complete set of plausible scenarios for crewed logistics from the Gateway to the lunar surface and back. In a next step, this set is evaluated with the intension in mind to identify scenarios in the 2020's. Three prominent candidate scenarios, distinct by the basic staging approach, have been identified and analysed in detail with respect to configuration design, system trades, operational aspects and the benefit each scenario is generating. With these key points in mind, the three scenarios are compared in order to identify the most suitable approach. Furthermore, a step-wise approach towards an increasingly sustainable human lunar surface campaigns is analysed and discussed. This approach introduces an increasing number of reusable elements by increasing the technological progression. It is found that a three-stage lander architecture promises a high mass efficiency and thus this approach is investigated in more detail of system engineering and requirements.
机译:计划目前在即将到来的十年内将人类恢复到月球表面。这种人类对月球表面的返回将利用网关作为CIS-Lunar空间中的可重用命令和服务模块。在这里,我们对人类月球回报架构进行了新的分析,从识别来自网关到月球表面和后面的机组物流的一整套合理情景。在下一步中,此集合以内心评估,以识别2020年代的方案。通过基本分期方法独特的三种突出候选方案,并在配置设计,系统交易,运营方面和每个方案正在生成的福利中详细识别和分析并分析。考虑到这些关键点,比较了三种情况,以识别最合适的方法。此外,分析并讨论了朝向越来越可持续的人类月球表面活动的迈出迈出的方法。通过增加技术进展,这种方法通过增加了越来越多的可重复使用元件。结果发现,三级兰德架构承诺高质量效率,因此在系统工程和要求更详细地研究了这种方法。

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