BEAM

E951147

BEAM (Bigelow Expandable Activity Module) is an experimental inflatable habitat attached to the International Space Station, designed to test expandable space station module technology.

All labels observed (2)

Label Occurrences
BEAM canonical 1
BEAM expandable module 1

How this entity was disambiguated

Statements (49)

Predicate Object
instanceOf experimental spacecraft module ⓘ
inflatable habitat ⓘ
space station module ⓘ
abbreviation BEAM ⓘ
attachedSegment US Orbital Segment ⓘ
attachedTo International Space Station ⓘ
Node 3 ⓘ
Tranquility module ⓘ
countryOfOrigin United States ⓘ
crewAccess intermittent ⓘ
deliveredBy Dragon cargo spacecraft ⓘ
linked to: Dragon spacecraft

SpaceX CRS-8 ⓘ
developedUnderContractWith NASA ⓘ
diameterExpanded about 3.2 meters ⓘ
diameterStowed about 2.36 meters ⓘ
firstExpansionDate 2016-05-28 ⓘ
fullName Bigelow Expandable Activity Module ⓘ
hasFeature hatch connection to ISS ⓘ
internal sensors for radiation, temperature, and pressure ⓘ
micrometeoroid and orbital debris shielding ⓘ
multiple layers of Vectran and other fabrics ⓘ
initialPlannedMissionDuration 2 years ⓘ
launchDate 2016-04-08 ⓘ
launchProvider SpaceX ⓘ
launchSite Cape Canaveral Air Force Station Space Launch Complex 40 ⓘ
launchVehicle Falcon 9 Full Thrust ⓘ
linked to: Falcon 9 rocket
lengthExpanded about 4 meters ⓘ
lengthStowed about 2.16 meters ⓘ
manufacturer Bigelow Aerospace ⓘ
mass about 1,360 kilograms ⓘ
missionExtended true ⓘ
missionType habitation technology test ⓘ
technology demonstration ⓘ
operator NASA ⓘ
orbit low Earth orbit ⓘ
purpose to assess micrometeoroid and orbital debris protection ⓘ
to assess radiation protection of expandable habitats ⓘ
to assess thermal performance of expandable habitats ⓘ
to evaluate structural integrity of inflatable modules in space ⓘ
to study long-term durability of soft-goods structures in space ⓘ
to test expandable space habitat technology in low Earth orbit ⓘ
relatedProgram Bigelow Aerospace expandable habitat program ⓘ
linked to: Bigelow Aerospace
relatedTechnology inflatable space habitat ⓘ
structureType expandable pressure vessel ⓘ
testedParameter air leakage and pressure retention ⓘ
radiation levels ⓘ
structural response to impacts ⓘ
thermal environment ⓘ
volumeExpanded about 16 cubic meters ⓘ

How these facts were elicited

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.