Publication Date:
2019-07-13
Description:
NASAs Mars 2020 mission is charged with responding to the highest priority objectives of the 2011 planetary sciences decadal survey, conducting extensive in-situ science on the surface of the Red Planet, and carrying important cross-agency human precursor technologies. The mission concept was predicated on and enabled by leveraging the Curiosity rover engineering design, successful Sky Crane landing systems, and other elements from the Mars Science Laboratory project into a new mission with new payload elements. High-heritage paradigms are unusual for flagship science missions and can be difficult to execute as the realities of spacecraft development intervene. However the project has had good success to-date from concept through formulation and into early implementation. This paper will describe the general approaches developed and used by the Mars 2020 Project team at NASAs Jet Propulsion Laboratory (JPL).
Keywords:
Lunar and Planetary Science and Exploration
Type:
JPL-CL-16-5042
,
IEEE Aerospace Conference; Mar 04, 2017 - Mar 11, 2017; Big Sky, MO; United States
Format:
text