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What Hi-Fi? on MSNMarshall's first soundbar, Eversolo streaming amp with CD drive, and high-end Focal wireless headphones are being tested in JulyWe have Marshall's first-ever Dolby Atmos soundbar, brand new 2025 4K TVs from LG and Samsung, Bose 's next-gen flagship ANC ...
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Space.com on MSNCould NASA's Mars Sample Return be saved? Lockheed Martin proposes $3 billion plan to haul home Red Planet rocks (video)The aerospace giant says it can revive Mars Sample Return with a leaner, lower-cost approach drawing on proven designs.
NASA’s Mars Sample Return Mission may cost up to $11 billion, risking c Lockheed Martin proposes a reduced-cost plan using InSight lander techn Rocket Lab also offered a budget-friendly MSR proposal i ...
NASA's Mars Sample Return mission has long been a point of contention for the agency, but now someone might have a plan to ...
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ExtremeTech on MSNMars Sample Return Rocket Test Goes Off Without a HitchThe new test proved the capability of a new propellant that will enhance the rocket's performance, making a sample return mission from Mars increasingly viable.
China’s Tianwen-3 Mars sample return mission could bring Red Planet rocks back to Earth as early as 2031—years ahead of ...
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Can NASA's troubled Mars Sample Return mission be saved? - MSNAn independent review team is delivering a final report to NASA leadership to determine if the agency's Mars Sample Return mission is salvageable after facing scrutiny for its $11 billion budget.
NASA is weighing two options to return samples from Mars — one using proven technology and another that seeks help from industry.
Considering we might not ever see the return of the samples gathered by the Mars Sample Return mission, scientists are looking for other ways to learn more about one of our closest neighbors.
China launches Tianwen-2 to collect asteroid samples and chase a rare comet, marking a bold leap in its high-stakes Solar System exploration mission.
China extends its reach into the Solar System with launch of asteroid mission Tianwen-2 will first return samples from an asteroid, then explore a mysterious comet-like object.
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