Traditional human Mars missions have relied on crew to support the surface systems. However, for safety, the surface systems will likely need to be setup and capable of operating prior to the arrival of crew. To mitigate risks to the crew, a novel surface architecture has been developed that addresses risks associated with other Mars missions. This architecture relies on a reusable descent and ascent vehicle, extensive in-situ resource utilization, redundant habitation systems, and emerging autonomous capabilities. The resulting surface architecture increases safety for the crew while also providing potential to expand to support longer missions with larger populations in the future
Human missions to Mars may utilize several small cabins where crew members could live for days up to...
A new crew Mars architecture has been developed that provides many potential benefits for NASA-led h...
Several types of manned Mars surface missions, including sorties, fixed-base, and hybrid missions, w...
Human missions to the surface of Mars will have challenging science operations. This paper will expl...
This presentation explains the capabilities and features of surface systems and operations related t...
The exploration of Mars by human crews will be a complex endeavor as illustrated by this description...
The utimate design of a manned Mars base will be the result of considerable engineering analysis and...
How Mars surface crews get into their ascent vehicle has profound implications for Mars surface arch...
The thesis of the present discussion is that the simultaneous cost and inherent safety issues of hum...
The NASA Mars Design Reference Architecture 5.0 Study seeks to update its long term goals and object...
This paper describes the current status of common systems and operations as they are applied to actu...
This paper describes the results of a study evaluating options for supporting a series of human miss...
NASA has conducted a series of mission studies over the past 25 years examining the eventual explora...
Human Mars missions have been a topic of sustained interest within NASA, which continues to use its ...
Astronauts on a mission to Mars will require several vehicles working together to get to Mars orbit,...
Human missions to Mars may utilize several small cabins where crew members could live for days up to...
A new crew Mars architecture has been developed that provides many potential benefits for NASA-led h...
Several types of manned Mars surface missions, including sorties, fixed-base, and hybrid missions, w...
Human missions to the surface of Mars will have challenging science operations. This paper will expl...
This presentation explains the capabilities and features of surface systems and operations related t...
The exploration of Mars by human crews will be a complex endeavor as illustrated by this description...
The utimate design of a manned Mars base will be the result of considerable engineering analysis and...
How Mars surface crews get into their ascent vehicle has profound implications for Mars surface arch...
The thesis of the present discussion is that the simultaneous cost and inherent safety issues of hum...
The NASA Mars Design Reference Architecture 5.0 Study seeks to update its long term goals and object...
This paper describes the current status of common systems and operations as they are applied to actu...
This paper describes the results of a study evaluating options for supporting a series of human miss...
NASA has conducted a series of mission studies over the past 25 years examining the eventual explora...
Human Mars missions have been a topic of sustained interest within NASA, which continues to use its ...
Astronauts on a mission to Mars will require several vehicles working together to get to Mars orbit,...
Human missions to Mars may utilize several small cabins where crew members could live for days up to...
A new crew Mars architecture has been developed that provides many potential benefits for NASA-led h...
Several types of manned Mars surface missions, including sorties, fixed-base, and hybrid missions, w...