Extravehicular activity (EVA) on the lunar surface presents unique risks to crew with possibility for injury. Without appropriate assistance or rescue capability, inability to nominally ambulate and return to a lander, especially during early Artemis missions, could have catastrophic consequences. Mapping likelihood and consequence safety risk associated with identified injury scenarios establishes a baseline from which to assess potential mitigation solutions to ensure crew health and safety.
Mapping Mitigation Risk Consequence for Crew Needing Assistance or Rescue on the Lunar Surface
AsMA 93rd Annual Aerospace Medicine Scientific Meeting ; 2023 ; New Orleans, LA, US
Sonstige
Keine Angabe
Englisch
acute injury , EVA , consequence , safety , probability , incapacitated crew rescue , aerospace , crew survival , lunar surface , Administration and Management , catastrophic , ICR , Man/System Technology and Life Support , likelihood , risk mitigation , Lunar and Planetary Science and Exploration , extravehicular activity , Artemis