... Moon have taught us that future long-duration missions will face exponentially difficult challenges associated with transportation, working in space and staying healthy. To support one astronaut for one year in Earth orbit requires around...
...’s career limits for radiation exposure. Orion is NASA’s first spacecraft for longduration deep space exploration. It will transport humans to and from interplanetary destinations such as asteroids, the Moon and eventually Mars. Of course, not every...
... profile private space organisations are racing to get to the Moon and Mars or set up the long-distance transportation networks of the future. Whilst these ‘frontier’ endeavours attract the biggest headlines, there is still a massive challenge...
... require us to shift our linear and spatial thinking to a concept that is open to the fuzziness of uncertainty. As the technology to transport and support the fragile packages known as humans improves, the reach of deep space missions will expand...
... essential agricultural products, as it will not be financially viable - either from a payload or propellant point of view - to frequently transport tons of cargo from Earth. The solution is to carry only the raw materials needed to cultivate plants...
...carried on board the spacecraft during the mission or stored inside a logistics module, such as a Cygnus or Progress transport capsule, which are de-orbited into Earth’s atmosphere for destruction. The idea is to develop space technologies to convert...