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CONCEPT STUDIES FOR LUNAR LANDERS

机译:登月者的概念研究

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摘要

We consider issues related to the next lunar landers, and how they can contribute to an international lunar network, and a lunar global robotic village. We present the results of studies for lunar polar landers conducted at ESA CDF Concurrent Design Facility and follow up activities. The goal is to demonstrate lunar landing, survival and exploration technologies for the future, geophysical network sciences, geochemical studies of the poles, and search for ice in permanent shadows. We describe the top objectives, mission analysis, design and associated lander and rover. We describe the possible payload complement in discussion with the community. We describe the rationale for Lunar Sample Return missions, and discuss some concept studies. Landers allow to test key technologies in the area of instrumentation. Landers and rovers technologies in robotic and human exploration are a drive for the creativity and economical competitivity of our industries. Moon-Mars Exploration with advanced landers and rovers can inspire solutions to global Earth sustained development.
机译:我们考虑与下一个登月器有关的问题,以及它们如何为国际登月网络和登月全球机器人村做出贡献。我们介绍了在ESA CDF并行设计设施进行的月球极地着陆器研究的结果以及后续活动。目的是演示登月,未来的生存和探索技术,地球物理网络科学,两极的地球化学研究以及在永久阴影下寻找冰。我们描述了最高目标,任务分析,设计以及相关的着陆器和漫游者。我们在与社区的讨论中描述了可能的有效载荷补充。我们描述了“月球样品归还”任务的基本原理,并讨论了一些概念研究。登陆器允许测试仪器领域的关键技术。机器人和人类探索中的着陆器和漫游者技术是我们行业创造力和经济竞争力的驱动力。与先进的着陆器和漫游者一起进行月球-火星探索可以为全球地球可持续发展提供启发。

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