Team members at NASA’s Jet Propulsion Laboratory share the challenges of the Curiosity Mars rover’s final minutes to landing on the surface of Mars.

  • threelonmusketeers@sh.itjust.works
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    3 months ago

    Neat stuff! I’m still amazed that of all the possible methods of landing large rovers on Mars, “heatshield + parachute + skycrane” turned out to be the least crazy option.

    • paulhammond5155@lemmy.worldOP
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      3 months ago

      The smaller rovers that landed inside an inflated balloon was also crazy, but proved to be effective… I wonder what future (larger) rovers will employ for a landing system :)

      • threelonmusketeers@sh.itjust.works
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        3 months ago

        smaller rovers that landed inside an inflated balloon

        Didn’t they develop a system to tip the tetrahedron upright, which ultimately wasn’t used, since they literally got a lucky roll of the (D4) die?

        I wonder what future (larger) rovers will employ for a landing system

        Starship would be an interesting (and large!) landing system. Use the entire upper stage of the rocket for heatshield and aerobraking, then transition to a propulsive landing. If the technique works, you could probably deliver several bus-sized rovers at once.

        • paulhammond5155@lemmy.worldOP
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          3 months ago

          I read somewhere that the geometry of the capsule was designed in such a way that it was guaranteed to result in the rover being upright after bouncing. I have now idea how they guaranteed that or if they could have righted it if it was not upright :)