The first human mission to Mars will be the farthest distance that humans have traveled from Earth and the first human boots on Martian soil in the Exploration EVA Suit. The primary functions of the Exploration EVA Suit are to provide a habitable, anthropometric, pressurized environment for up to eight hours that allows crewmembers to perform autonomous and robotically assisted extravehicular exploration, science/research, construction, servicing, and repair operations on the exterior of the vehicle, in hazardous external conditions of the Mars local environment. The Exploration EVA Suit has the capability to structurally interface with exploration vehicles via next generation ingress/egress systems. Operational concepts and requirements are dependent on the mission profile, surface assets, and the Mars environment. This paper will discuss the effects and dependencies of the EVA system design with the local Mars environment and Planetary Protection. Of the three study areas listed for the workshop, EVA identifies most strongly with technology and operations for contamination control.
Extravehicular Activity and Planetary Protection
2015
3 pages
Report
No indication
English
Astronomy & Astrophysics , Extraterrestrial Exploration , Life Support Systems , Mars missions , Planetary protection , Bioastronautics , Extravehicular activity , Habitability , Mars surface , Life support systems , Dust , Contamination , Extravehicular mobility units , Environmental monitoring , Mars environment , Environment effects , Health , Anthropometry , Flight rules , Human performance , Mission planning , Detection , Handbooks
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