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A LOW-COST APPROACH TO THE EXPLORATION OF MARS THROUGH A ROBOTIC TECHNOLOGY DEMONSTRATOR MISSION

机译:通过机器人技术示威使命探索火星的低成本方法

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We present a proposed robotic mission to Mars -Vanguard - for the Aurora Arrow programme which combines an extensive technology demonstrator with a high scientific return. The novel aspect of this technology demonstrator is the demonstration of "water mining" capabilities for in-situ resource utilisation in conjunction with high-value astrobiological investigation within a low mass lander package of 70 kg. The basic architecture comprises a small lander, a micro-rover and a number of ground-penetrating moles. This basic architecture offers the possibility of testing a wide variety of generic technologies associated with space systems and planetary exploration. The architecture provides for the demonstration of specific technologies associated with planetary surface exploration, and with the Aurora programme specifically. Technology demonstration of in-situ resource utilisation will be a necessary precursor to any future human mission to Mars. Furthermore, its modest mass overhead allows the reuse of the already built Mars Express bus, making it a very low cost option.
机译:我们向Mars -Vanguard提供了一个拟议的机器人任务 - 为极光箭头计划结合了一个高科学回报的广泛技术示威者。该技术示威者的新颖方面是在70公斤70公斤的低质量较低的载客包内与高价量的artrobiological调查一起使用“水挖掘”能力。基本架构包括小型着陆器,微罗珀和许多地面穿透摩尔。这种基本架构提供了测试与空间系统和行星勘探相关的各种通用技术的可能性。该架构提供了与行星表面探索相关的特定技术的演示,具体地与Aurora程序。原位资源利用的技术展示将是任何未来对火星的事务部门的必要前兆。此外,其适度的质量开销允许重复使用已经构建的MARS Express总线,使其成为一个非常低的成本选项。

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