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NASA Building Giant Roller Coaster For Science

Jamie found a story of NASAs Giant "Science" Roller Coaster. It will be used as an escape chute on rocket launchpads, and will be the 3rd highest drop in the world. More like the Cedar Point Demon Drop than a roller coaster, but still, I'd ride it.

3 of 85 comments (clear)

  1. Is this really good for anything? by Maximum+Prophet · · Score: 3, Interesting

    Has NASA ever had an accident where 4 minutes to escape is good enough? Most of the accidents that I've read about went "Boom" and was over, long before any escape system like this could work.

    --
    All ideas^H^H^H^H^Hprocesses in this post are Patent Pending. (as well as the process of patenting all postings)
  2. Whee! by cheebie · · Score: 5, Interesting

    I was at Cape Canaveral this past spring, just as a tourist. (Missed
    Buzz Aldrin signing his book by half an hour, dernit!) We took the better
    tour that let you see more of the launch pads and the construction sites.

    Anyway, the escape system they have right now is a zip line. If something
    bad is about to happen, the astronauts grab onto the harness and slide down
    a metal cable. There's a sorta-fire-proof vehicle at the end of the zip line
    ready to haul ass at a moments notice. Their instructions were to get in the
    vehicle and take off. Fast. I assume praying would also be involved. The
    guide said that MIGHT be enough to keep them from becoming BBQ, but not blowing
    up the craft is still the best strategy.

    Getting blown into space on top of a barely controlled explosion is still a
    pretty dangerous profession. I admire those with the guts to do it.

  3. Coaster trajectory versus old escape system by hcdejong · · Score: 2, Interesting

    It looks like this track goes straight down along the launch tower, while the old system had wires going from the top of the tower at a shallow angle. It seems to me that the old solution gets you out of the blast radius quicker. It certainly stays farther away from the noisy end of the rocket.