It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by cloaked4u
It is now on the horn of africa and headed out to sea. How fast is this thing going, OMG thats quite the speed there.
Originally posted by aRogue
Stupid question, but...
Why is this satellite crashing down to Earth? Couldn't they push it out to the cosmos or something?
Originally posted by Phage
reply to post by Jools
Orbital mechanics.
The lower the orbit the faster.
The higher the orbit the slower.
Originally posted by SheldonCooper
reply to post by cloaked4u
and in anout 90 minutes u probably will see it again,
just in case u saw it really, perhaps it wasn't uars what u saw...............
Originally posted by Phage
reply to post by Jools
Orbital mechanics.
The lower the orbit the faster.
The higher the orbit the slower.
Originally posted by Jools
Originally posted by Phage
reply to post by cloaked4u
Because the Earth is round.
giggle
John,
To track UARS, I started a new module and searched for uars using the
filter in 1.3. (It should also come up if you use an older version.)
UARS is only present in one satellite name. It is object 21701 and is
in the science.txt file on celestrak. It should be part of the default
downloads. I would advise updating frequently as the orbit seems to
be changing.
As for following the satellite all the way down, The SGP4/SDP4
Algorithms will take you reasonably close to the decay. The SGP8/SDP8
algorithms are supposed to be better for decaying items. After that,
no-one really knows how the satellite will break up so modelling it
will be fun. On the news I have seen probability contours of the
impact.
As for more detailed and updated prediction, I have not been tracking
it that closely.
Charles