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posted by mrpg on Friday September 28 2018, @02:14AM   Printer-friendly
from the drill-and-frack-it dept.

NASA Wants To Probe Deeper Into Uranus Than Ever Before

Up until now, NASA has never paid too much attention to Uranus – but now the space agency wants to take a good, long look. And one of the things it might be investigating is all that gas. A NASA group outlined four possible missions to the ice giants Uranus and Neptune.

These missions include three orbiters and a possible fly-by of Uranus. The planned probes would take off in the 2030s, New Scientist reports.

[...] One of the proposed missions includes a fly-by of Uranus, which would include a narrow-angle camera – and a probe which would drop into Uranus's atmosphere to measure gas and heavy elements. There are four proposed missions. Three orbiters and a fly-by of Uranus, which would include a narrow angle camera to draw out details, especially of the ice giant's moons. It would also drop an atmospheric probe to take a dive into Uranus's atmosphere to measure the levels of gas and heavy elements there.


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  • (Score: 0) by Anonymous Coward on Friday September 28 2018, @06:03AM (1 child)

    by Anonymous Coward on Friday September 28 2018, @06:03AM (#741226)

    > Then you make 10+ copies of this telescope, build them as fast as possible, with the intention of launching all of them into low-Earth orbit. Don't test them for years on end like JWST, but build in the capability for manned or robotic servicing. Even if a couple of them fail, it should be fine.

    What makes you think all 10 of them wont fail due to lack of testing?

  • (Score: 2) by takyon on Friday September 28 2018, @06:50AM

    by takyon (881) <takyonNO@SPAMsoylentnews.org> on Friday September 28 2018, @06:50AM (#741231) Journal

    Because NASA engineers can estimate the risk of failure or at least come up with a list of things that can go wrong. They could test spacecraft in some ways without adding years of delay prior to the launch date. They could launch them one at a time as they build them. Without the unfolding mirror design or sunshield of the JWST, a low-Earth orbit UV-VIS-NIR telescope should have fewer points of failure.

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