CRS-24 Dragon arrives at space station with supplies
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SpaceX’s CRS-24 Dragon resupply spacecraft arrived the International Space Station with supplies and experiments for the seven-person Expedition 66 crew.
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SpaceX’s CRS-22 Dragon arrives at ISS with new arrays
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Some 40 hours after launch, SpaceX’s CRS-22 cargo Dragon docked with the International Space Station with new science and solar arrays for the orbiting laboratory.
Read MoreCRS-21 cargo Dragon splashes down off the Florida coast
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Following 38 days in space and 35 days at the International Space Station, SpaceX’s CRS-21 Dragon spacecraft has returned to Earth, splashing down in the Gulf of Mexico just off the coast of Tampa, Florida.
Read MoreCRS-21 Dragon brings science and a new airlock to the ISS
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Just three weeks after launching its first operational Crew Dragon to the International Space Station, SpaceX sent a cargo variant of that capsule design to the orbiting outpost.
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CRS-20 Dragon brings fresh science, new equipment to ISS
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The final first-generation Dragon spacecraft has been captured by the International Space Station’s robotic arm, marking the final time a SpaceX vehicle is planned to be berthed to the orbiting outpost.
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Experiment to 'tease out' new aspects of flame propagation
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Astronauts aboard the International Space Station are observing the behavior of flames in differently-shaped confined spaces in the unique microgravity environment of the orbiting outpost.
Read MoreSpaceX's cargo Dragon spacecraft returns to Earth
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SpaceX’s CRS-19 Dragon is safely back on Earth today after 33-days in space, including 30 days berthed with the International Space Station. The spacecraft splashed down just off the coast of Baja California on Jan. 7, 2020, carrying several tons of experiments and equipment returned from the ISS.
Read MoreNICER data helps create 1st pulsar surface map
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An instrument aboard the International Space Station has obtained the “best-ever” measurements of a pulsar and helped scientists create the first surface map of this special type of neutron star.
Using NASA’s Neutron star Interior Composition Explorer, or NICER, astrophysicists were able to gather “precise and dependable” X-ray measurements to determine the size and mass of a pulsar.
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