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Copernical Team
Lockheed Martin working with US Army to improve space-enabled defense systems
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Momentus to deliver Lunasonde technology demonstration payload to orbit
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Viasat completes acquisition of Inmarsat
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A telescope's last view
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Novel docking system to be tested on the International Space Station
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Orbit Fab selects Impulse Space to support GEO refueling mission
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Canadian NIRISS instrument on Webb maps an ultra-hot Jupiter atmosphere
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30 Kilometers and Counting: Sols 3845-3847
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Galileo Second Generation enters full development phase
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The main procurements batch of Galileo Second Generation initiated last summer has been finalised, leaving the system ready for its In Orbit Validation development phase. Today, following the opening session of the European Navigation Conference (ENC), ESA Director of Navigation Javier Benedicto invited Thales Alenia Space (Italy), Airbus Defence and Space (Germany) and Thales Six GTS (France) to sign the respective contracts commencing System Engineering Support for the next generation of Europe’s navigation satellite system.
How much damage will lunar landings do to lunar orbiters?

Multiple missions are destined for the moon in this decade. These include robotic and crewed missions conducted by space agencies, commercial space entities, and non-profit organizations. The risks and hazards of going to the moon are well-documented, thanks to Apollo Program and the six crewed missions it sent to the lunar surface between 1969 and 1972. But unlike the "footprints and flags" of yesterday, the plan for the coming decade is to create a "sustained program of lunar exploration and development."
This means establishing a greater presence on the moon, building infrastructure (like habitats, power systems, and landing pads), and missions regularly coming and going. Given the low-gravity environment on the moon, spacecraft kick up a lot of lunar regolith (aka.