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Introduction: Mars Science Laboratory: The Next Generation of Mars Landers

机译:简介:火星科学实验室:下一代火星着陆器

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The Mars Science Laboratory (MSL) will provide scientists with access to previously inaccessible landing sites by providing precision landing within less than 10 km of a target landing site, at landing sites with elevations up to 2.5 km. With these capabilities, MSL will be the first lander in a new generation of landers, providing near-global abcess to the Mars surface. The first-generation landers, Viking and Pathfinder, provided successful landing on Mars but by design were limited to large-scale, hundreds-of-kilometer, landing sites with minimal local hazards. Similar to Pathfinder, the Mars Exploration Rover landers used a ballistic entry at Mars with approximately 80-km landing footprints. The MSL technology will not only provide the capability to achieve the science goals defined for MSL but will provide capability needed for a range of mission classes including Mars Sample Return missions, potential Mars Scout missions, and human exploration missions. In addition, MSL provides the starting point for future pinpoint landing capability, landing within hundreds of meters from a target landing site.
机译:火星科学实验室(MSL)将在距目标着陆点不到10公里的范围内,高度不超过2.5公里的着陆点提供精确着陆,从而使科学家能够进入以前无法进入的着陆点。凭借这些功能,MSL将成为新一代着陆器中的第一架着陆器,为火星表面提供近乎全球的着陆。第一代着陆器Viking和Pathfinder成功地在火星上着陆,但根据设计,它们仅限于大规模,数百公里的着陆点,对当地的危害最小。与探路者类似,火星探索漫游者着陆器在火星上使用弹道入口,着陆足迹约为80公里。 MSL技术不仅将提供实现为MSL定义的科学目标的能力,还将提供一系列任务类别所需的能力,包括火星样品返回任务,潜在的火星侦察任务和人类探索任务。此外,MSL还提供了未来精确着陆能力的起点,可以从目标着陆点数百米范围内着陆。

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