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Project M~3—a study for a manned Mars mission in 2031

机译:M〜3工程-2031年载人火星飞行任务研究

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This study deals with a manned mission which focuses on building an orbital station around Mars. The advantages in comparison to direct-landing scenarios are outlined and the necessary technology is described. The orbiting station prohibits contamination of and from the Red Planet and houses six astronauts in a 1100 days journey to Mars providing three pressurized modules: two of them will remain in a Low Mars Orbit for further human missions while the third module is used as an Earth Return Vehicle. A Bimodal Nuclear Thermal Propulsion System is used also for electrical power production. An advanced Environment Control and Life Support System, the necessary radiation shielding, human factors and crew selection criteria have been studied. The described partly reusable Mars Landing Module allows highest possible flexibility in the choice of landing scenario. The overall mission budgets in the fields of mass, power and costs have been estimated.
机译:这项研究涉及载人飞行任务,重点是围绕火星建立轨道站。概述了与直接着陆方案相比的优势,并描述了必要的技术。轨道站禁止进出红色星球,并在去往火星的1100天之内容纳六名宇航员,提供三个加压模块:其中两个将留在低火星轨道上以供进一步的人类飞行任务,而第三个模块则用作地球回车。双峰核热推进系统也用于电力生产。研究了先进的环境控制和生命支持系统,必要的辐射屏蔽,人为因素和机组人员选择标准。所述的部分可重复使用的火星着陆模块在选择着陆情况时具有最大的灵活性。估计了在质量,力量和费用领域的特派团总预算。

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