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New insights into the formation of organic macromolecules in space
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Wednesday, 31 July 2024 20:14
Parker Solar Probe unlocks secrets of the Sun's surface dynamics
Wednesday, 31 July 2024 20:14
Astroscale launches SPACE PROTECTOR simulator to educate on space debris
Wednesday, 31 July 2024 20:14
ESA showcases space innovation at Gamescom
Wednesday, 31 July 2024 20:14
ViaSat unveils wearable secure wireless hub for advanced network and Edge communications
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Hughes introduces comprehensive cybersecurity solution for small businesses
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GLOBE Alumna and Youth for Habitat Program Lead named Scientist of the Month in Alaska
Wednesday, 31 July 2024 20:14
After debris concerns, SpaceX to shift Dragon capsule landings from Florida to California
Wednesday, 31 July 2024 19:41
Evidence of debris stemming from return trips of SpaceX Dragon spacecraft has prompted the company to shift future landing operations from Florida to California.
The move was announced Friday during NASA's press conference previewing the upcoming Crew-9 mission to the International Space Station, and it won't take effect until 2025 after Crew-9 has returned.
"After five years of splashing down off the coast of Florida, we've decided to ship Dragon recovery operations back to the West coast," said Sarah Walker, SpaceX's director of Dragon mission management.
This includes both cargo and crew versions of its spacecraft.
At issue is the trunk portion of the Dragon capsule that is discarded before reentry and splashdown. Initially, the cargo version of Dragon made returns in the Pacific 21 times from 2011-2020, but when crew capability came online, SpaceX made the shift to allow for capsule landings off the coast of Florida either in the Atlantic or Gulf of Mexico.
Feeding that decision were models that predicted how the trunk portion would break up in Earth's atmosphere.
"SpaceX and NASA engineering teams used these industry-standard models to understand the trunk's breakup characteristics, and they predicted the trunk would fully burn up due to the high temperatures that are created by air resistance during that high speed reentry into Earth's atmosphere," Walker said.
CACI secures $450 million contract to support U.S. Space Command’s navigation warfare center
Wednesday, 31 July 2024 15:05

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Wednesday, 31 July 2024 15:04

Fly-around observation images of space debris released
Wednesday, 31 July 2024 14:20
The Japan Aerospace Exploration Agency (JAXA) has advanced the Commercial Removal of Debris Demonstration (CRD2) Phase I project. Under this initiative, the demonstration satellite ADRAS-J, developed by Astroscale Japan Inc., has successfully captured images of space debris, a non-cooperative target, through "Fly-around observation." These images have now been released by Astroscale Japan Inc.
The fly-around observation service is the third of the four services required by JAXA in CRD2 Phase I. This service involves pointing a camera at the target debris, maintaining a constant distance from it, and orbiting around the target debris to capture images from different directions.