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America's National Aeronautics and Space Administration (NASA) has airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek inflated a new, experimental room for airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek members to use in space. The airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek pod is now an airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek to the International Space Station (ISS). It is roughly four metres airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek and 3.2 metres wide. It took three days to fully inflate. ISS crew members now have to wait a airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek before entering it. NASA engineers must first ensure it is airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek. The blow-up compartment is part of a test on the airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek of inflatable accommodation on the Moon and Mars, and of airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek space hotels. NASA paid $17.8 million for the airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek capsule. It hopes this initial test will lead to bigger inflatable rooms at the space station.

The inflatable is the world's airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek blow-up capsule for astronauts, airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek and other space travellers. It is called the Bigelow Expandable Activity Module, or BEAM for airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek. It is named after Bigelow Aerospace, the airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek that designed and built it. Company airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek Robert Bigelow has spent many years investing in and building hotels. He is airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek working on a project to build two private space stations that could serve as hotels in the airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek by the end of the decade. He said he envisions inflatables as a airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek part of space travel and tourism in the future. The pods are small enough to airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek as compressed, airless units, but big enough and airtightbigcompanycosmonautscrewcurrentlydemoextensionfeasibilityfirstfounderheavensinflatablelongorbitingshortsturdysuccessfullytransportweek enough to live in, once filled with air.