Austere Human Missions to Mars
Austere Human Missions to Mars is a concept for a human mission to Mars by the United States space agency, NASA . [1] Released in 2009, it proposed a modified and even less costly version of Design Reference Architecture (DRA) 5.0, itself a combination of nearly 20 years of Mars planning design work. [1] The mission profile was for a conjunction class with a long surface stay, pre-deployed cargo, aerocapture and propulsive capture, and some in-situ resource production . [1] As of 2015, the concept has not yet been adapted to the Space Launch System that replaced NASA's Constellation program in 2011.
Page Revisions
| Year | Metadata | Sections | Top Words | First Paragraph |
| 2018 |
31999 characters 8 sections 9 paragraphs 7 images 85 internal links 4 external links |
habitat 0.395 dra 0.303 ascent 0.194 crew 0.177 dav 0.170 stirling 0.151 aerocapture 0.145 kilowatt 0.141 isru 0.141 descent 0.139 standardized 0.133 cargo 0.131 mav 0.130 propulsive 0.120 logistics 0.118 |
Austere Human Missions to Mars is a concept for a human mission to Mars by the United States space agency, NASA . [1] Released in 2009, it proposed a modified and even less costly version of Design Reference Architecture (DRA) 5.0, itself a combination of nearly 20 years of Mars planning design work. [1] The mission profile was for a conjunction class with a long surface stay, pre-deployed cargo, aerocapture and propulsive capture, and some in-situ resource production . [1] As of 2015, the concept has not yet been adapted to the Space Launch System that replaced NASA's Constellation program in 2011. |
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| 2016 |
30370 characters 8 sections 9 paragraphs 5 images 83 internal links 5 external links |
habitat 0.395 dra 0.303 ascent 0.194 crew 0.177 dav 0.170 stirling 0.151 aerocapture 0.145 kilowatt 0.141 isru 0.141 descent 0.139 standardized 0.133 cargo 0.131 mav 0.130 propulsive 0.120 logistics 0.118 |
Austere Human Missions to Mars is a concept for a human mission to Mars by the United States space agency, NASA . [1] Released in 2009, it proposed a modified and even less costly version of Design Reference Architecture (DRA) 5.0, itself a combination of nearly 20 years of Mars planning design work. [1] The mission profile was for a conjunction class with a long surface stay, pre-deployed cargo, aerocapture and propulsive capture, and some in-situ resource production . [1] As of 2015, the concept has not yet been adapted to the Space Launch System that replaced NASA's Constellation program in 2011. |
|
| 2015 |
30850 characters 8 sections 9 paragraphs 5 images 83 internal links 5 external links |
habitat 0.399 dra 0.306 ascent 0.196 crew 0.179 dav 0.171 stirling 0.153 aerocapture 0.147 kilowatt 0.142 isru 0.142 descent 0.140 standardized 0.134 cargo 0.132 mav 0.131 propulsive 0.121 logistics 0.119 |
Austere Human Missions to Mars is a concept for a human mission to Mars by the United States space agency, NASA . [1] Released in 2009, it proposed a modified and even less costly version of Design Reference Architecture (DRA) 5.0, itself a combination of nearly 20 years of Mars planning design work. [1] The mission profile was for a conjunction class with a long surface stay, pre-deployed cargo, aerocapture and propulsive capture, and some in-situ resource production . [1] As of 2015, the concept has not yet been adapted to the Space Launch System that replaced NASA's Constellation program in 2011. |
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| 2014 |
27757 characters 3 sections 5 paragraphs 8 images 71 internal links 4 external links |
habitat 0.439 dav 0.339 dra 0.303 ascent 0.194 crew 0.177 logistics 0.177 transit 0.154 aerocapture 0.145 kilowatt 0.141 isru 0.141 descent 0.139 standardized 0.133 cargo 0.131 mav 0.130 propulsive 0.120 |
Austere Human Missions to Mars was vision for a human mission to Mars by the United States space agency, NASA . [1] Released in 2009, it proposed a modified and even less costly version of DRA 5.0, itself a combination of nearly 20 years of Mars planning design work. [1] The mission profile was for a conjunction class with a long surface stay, pre-deployed cargo, aerocapture and propulsive capture, and some in-situ resource production. [1] |