... they must carry. On the way, they will be exposed to more radiation than has ever been experienced in human spaceflight. They will need protection from that exposure, and in that respect the timing of the mission will...
...’ column. But we also recognise the importance of those ‘other’ planets and potential spaceflight destinations. As we consider the possibilities for future human spaceflight to destinations outside low Earth orbit, one of our best ways for imagining...
... very likely cause them to perform below their optimal level. Life support Life support systems for human spaceflight have historically been relatively simple and requirements for a Mars colony will include power, environmental support...
... they must carry. On the way, they will be exposed to more radiation than has ever been experienced in human spaceflight. They will need protection from that exposure, and in that respect the timing of the mission will...
... the signing of a Space Act Agreement with NASA’s Johnson Space Center to encourage commercial participation in orbital human spaceflight to the International Space Station (“ISS”) while enabling the development of a robust economy in Low Earth Orbit...
...changing spaceflight capability, enabling mission profiles that are currently impossible to become possible. Conceived and designed for exploration of deep space, the primary purpose of SLS is to enable NASA’s journey to Mars and propel humans beyond...