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NASA relay planning for the 2016 Mars mission opportunity

机译:美国宇航局中继规划2016年火星代表团机会

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Two landers are scheduled to arrive at Mars in the fall of 2016. Telecommunication relay support from the network of Mars relay orbtiers will be crucial in supporting these landers' mission objectives. Arriving first, NASA's InSight Lander mission is scheduled to arrive at Mars in September 2016. Coverage of InSight's Entry, Descent, and Landing (EDL) requires re-positioning of the Mars Reconnaissance Orbiter's orbit plane. After landing, InSight relay support is complicated by the proximity of its landing site to Gale Crater, where Curiosity may well be continuing its surface mission. We present strategies for addressing the relay needs of both landers. Three weeks later, the ESA/RSA ExoMars Trace Gas Orbiter will arrive, deploying an EDL Demonstrator Module (EDM) to demonstrate Mars landing technologies and carrying out a short four-sol surface mission. NASA relay orbiters will be critical for support of the EDM surface mission. TGO will continue its science operation while also providing relay services to ESA and NASA landers using a NASA-provided Electra UHF transceiver.
机译:两名着陆机构计划在2016年秋天抵达火星。火星继电器网络网络的电信继电器支持对于支持这些着陆机构的使命目标是至关重要的。首先到达,美国宇航局的洞察兰德特派团定于2016年9月抵达火星。洞察入境,下降和登陆(EDL)的覆盖需要重新定位火星侦察轨道运动员的轨道飞机。登陆后,其着陆场地对大风陨石坑的附近,洞察继电器支持很复杂,在这种情况下,好奇心可能会继续其表面任务。我们提出了解决两岸的继电器需求的策略。三周后,esa / rsa exomars痕量气体轨道器将到达,部署EDL演示模块(EDM)以展示火星着陆技术,并进行短的四个溶胶表面任务。美国宇航局继电器轨道轨道对于支持EDM表面使命至关重要。 TGO将继续其科学运营,同时还使用美国宇航局提供的Electra UHF收发器向ESA和NASA着陆器提供中继服务。

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