Quote from Bill Nelson:

… SpaceX, by having the return of the first stage, has brought the cost down significantly. That has affected the entire launch industry. We’ll be seeing attempts at bringing the second stage down on some missions.

The key sentence is (currently) 52 minutes and 48 seconds into the video. Approximately 49 minutes after the event started.

No other mention is made of this. Should we assume he’s specifically referring to the 2nd Stage of the Falcon 9? What is the likelihood that he is mistaken? Could he just be thinking of the existing deorbit procedure? Or could SpaceX be putting parachutes on some of their 2nd Stages in the near future?

  • @ptfrdOP
    link
    English
    24 months ago

    I for one welcome even just the hope that it might happen!

    Is the 2nd Stage too heavy for a net? It’s probably too much to hope that Ms. Tree comes out of retirement, right?

    Any chance they could use second-hand dragon parachutes?

    • Pennomi
      link
      fedilink
      English
      44 months ago

      One can hope! But it’s more likely he’s referring to Starship, no?

      • @ptfrdOP
        link
        English
        3
        edit-2
        4 months ago

        My guesses

        • 15% he’s talking, confusingly, about Starship
        • 25% he’s mistaken in some other way
        • 60% this is actually the plan
        • @ptfrdOP
          link
          English
          14 months ago

          My updated guesses, after seeing the other comments, and some further thought.

          • 25% he’s talking, confusingly, about Starship
          • 25% he’s mistaken in some other way
          • 50% this is actually the plan
    • @[email protected]
      link
      fedilink
      English
      44 months ago

      It’s more an issue of how you’ll get the second stage to survive re-entry at orbital velocity. Which the current F9 upper stage can’t pull off, seeing how it doesn’t have heat shields. Bolting heat shields on it probably isn’t happening, the added mass would cut into payload capacity too much.