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Mars Science Laboratory Entry Descent and Landing System Verification and Validation Program

机译:火星科学实验室入境下降和登陆系统验证和验证计划

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The Mars Science Laboratory (MSL) mission will land the next generation of robotic Entry, Descent, and Landing (EDL) systems on Mars in 2010. Relative to previous missions, the MSL EDL architecture will deliver a significantly larger mass to a significantly higher altitude while maintaining a significantly tighter delivery ellipse. MSL is pushing the limits of EDL technologies qualified previously by the Mars Viking, Mars Pathfinder, and Mars Exploration Rover missions as well as introducing new elements into the architecture. Given the difficulties of conducting a meaningful end-to-end flight test on Earth, this combination introduces numerous challenges for the EDL Verification and Validation program. This paper discusses how system Validation challenges influenced the design of the EDL architecture and highlights how some of the remaining challenges will be addressed to assure a successful landing of this unprecedented rover on Mars.
机译:MARS科学实验室(MSL)使命将于2010年将下一代机器人入境,下降和登陆(EDL)制度降落。相对于以前的任务,MSL EDL架构将为明显更高的高度提供更大的质量同时保持明显更严格的输送椭圆形。 MSL正在推动以前由Mars Viking,Mars Pathfinder和Mars勘探Rover任务的授权的EDL技术的限制以及将新元素引入架构。鉴于在地球上进行有意义的端到端飞行试验的困难,这种组合引入了EDL验证和验证计划的许多挑战。本文讨论了系统验证挑战如何影响EDL架构的设计,并突出了一些剩余的挑战,以确保在火星上成功登陆这一前所未有的流动站。

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