SpaceX Red Dragon
Red Dragon was a 2011–2017 concept for using an uncrewed SpaceX Dragon 2 capsule for low-cost Mars lander missions to be launched using Falcon Heavy rockets.
Page Revisions
| Year | Metadata | Sections | Top Words | First Paragraph |
| 2018 |
110816 characters 9 sections 16 paragraphs 9 images 323 internal links 22 external links |
dragon 0.654 spacex 0.364 capsule 0.220 red 0.155 mission 0.147 erv 0.123 landing 0.117 nasa 0.116 propulsive 0.116 2017 0.106 launch 0.099 musk 0.092 concept 0.082 announced 0.079 cg 0.077 |
Red Dragon was a 2011–2017 concept for using an uncrewed SpaceX Dragon 2 capsule for low-cost Mars lander missions to be launched using Falcon Heavy rockets. |
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| 2017 |
131112 characters 9 sections 16 paragraphs 10 images 447 internal links 22 external links |
dragon 0.656 spacex 0.365 capsule 0.220 red 0.155 mission 0.148 erv 0.123 landing 0.118 nasa 0.117 propulsive 0.116 2017 0.106 launch 0.100 musk 0.092 concept 0.082 announced 0.079 cg 0.077 |
Red Dragon was a 2011–2017 concept for using an uncrewed SpaceX Dragon 2 capsule for low-cost Mars lander missions to be launched using Falcon Heavy rockets. |
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| 2016 |
125143 characters 8 sections 11 paragraphs 10 images 442 internal links 19 external links |
dragon 0.659 spacex 0.276 capsule 0.256 erv 0.175 mission 0.160 red 0.147 nasa 0.124 payload 0.108 falcon 0.106 vehicle 0.091 launch 0.085 tonne 0.084 landing 0.083 sample 0.082 will 0.081 |
Red Dragon is a planned unmanned SpaceX Dragon 2 capsule for low-cost Mars lander missions to be launched using Falcon Heavy rockets. This series of Mars missions will be technology pathfinders for the much larger SpaceX Mars colonization architecture that was announced in September 2016. [3] |
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| 2015 |
155060 characters 7 sections 6 paragraphs 13 images 647 internal links 9 external links |
dragon 0.560 capsule 0.320 erv 0.281 spacex 0.222 tonne 0.135 sample 0.132 red 0.118 vehicle 0.117 falcon 0.113 mission 0.112 return 0.110 payload 0.104 samples 0.103 cost 0.095 superdraco 0.094 |
Red Dragon is a proposed modified unmanned SpaceX Dragon capsule for low-cost Mars lander missions using Falcon Heavy rockets. Proposed uses call for a sample return Mars rover to be delivered to the Martian surface while also testing techniques to enter the Martian atmosphere with equipment a human crew could eventually use. [1] [2] |
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| 2014 |
138850 characters 7 sections 7 paragraphs 13 images 575 internal links 8 external links |
dragon 0.632 capsule 0.348 spacex 0.188 erv 0.158 red 0.125 return 0.116 tonne 0.114 sample 0.111 cost 0.108 vehicle 0.099 precursor 0.098 plans 0.096 falcon 0.096 mission 0.095 lb 0.092 |
Red Dragon is a modified SpaceX Dragon capsule for low-cost Mars lander missions using Falcon Heavy rockets. Plans call for a sample return rover to be delivered to the Martian surface while also testing techniques to enter the Martian atmosphere with equipment a human crew could eventually use. [1] [2] |
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| 2013 |
134083 characters 6 sections 4 paragraphs 12 images 571 internal links 8 external links |
dragon 0.636 capsule 0.326 spacex 0.227 tonne 0.138 precursor 0.118 plans 0.116 falcon 0.116 ames 0.109 metre 0.104 cost 0.097 ft 0.093 launch 0.093 red 0.090 parachute 0.089 modified 0.085 |
Red Dragon is a modified SpaceX Dragon capsule for low-cost Mars lander missions using Falcon Heavy rockets. Plans call for a sample return rover to be delivered to the Martian surface while also testing techniques to enter the Martian atmosphere with equipment a human crew could eventually use. [1] The concept was conceived to be proposed for funding in 2013 as a United States NASA Discovery mission , for launch in 2018. [2] [3] |
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| 2012 |
101248 characters 6 sections 3 paragraphs 9 images 411 internal links 5 external links |
dragon 0.613 capsule 0.349 spacex 0.243 tonne 0.147 precursor 0.127 falcon 0.124 ames 0.117 6m 0.113 cost 0.104 launch 0.099 parachute 0.095 modified 0.091 quotes 0.085 descent 0.084 plans 0.083 |
Red Dragon is a modified SpaceX Dragon capsule for low-cost Mars lander missions using Falcon Heavy rockets. Plans call for a sample return rover to be delivered to the Martian surface while also testing techniques to enter the Martian atmosphere with equipment a human crew could eventually use. [1] The concept will be proposed for funding in 2012/2013 as a United States NASA Discovery mission , for launch in 2018. [2] [3] |