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Originally posted by MrPenny
.may more closely reflect the planning sequence?
As soon as you’re in orbit and have checked the orbiter, you must open the two curved cargo-bay doors. Radiators to rid the craft of excess heat are built into the inner door surfaces. If the doors remained closed, heat would build up inside the orbiter and you’d have to land after only a few hours. You’ll have to close the doors again just before reto-fire.
Originally posted by IgnoreTheFacts
Back on topic, can you think of any reason they would have opened up the cargo doors when they did...other than a super secret space station docking?
Anybody?
Originally posted by defcon5
It’s always been that way on the shuttle, since the very first launch. I hope that helps some.
Originally posted by housegroove23
What would be even better is if there was a way to attach a webcam to a large telescope and stream it live so that we could all see what is going on.
For those interested, here is the flight plan walthrough for the mission. It shows what they'll be doing each day:
Flight Plan Walkthrough
Originally posted by johnlear
1:20 pm PDT Oct. 23
Discovery just called mission control and said,
"We have message 1 & 2 on board."
Mission Control answered, "Thats great news, thanks."
Anybody know what the message was?
Originally posted by zorgon
Standard reply would be to bring out the arm and look for broken tiles for the next 40 hours or so...
Someone mentioned 'housekeeping' Maybe they wanted to blow out all the dust and stale Earth air?
Originally posted by zorgon
And how do they radiate this heat from the ISS?
ISS Heat Radiators
The company produced and delivered six 2,470-pound HRS radiator assemblies and four 1650-pound PVR assemblies to NASA. The HRS Radiators comprise two wings of three assemblies each, one on either side of the ISS main truss. Each HRS assembly consists of eight panels measuring 9 ft. x 11 ft. When retracted in the launch configuration -- folded accordion fashion -- the radiator assemblies will fit easily into the payload bay of the Space Shuttle Orbiter. When attached to the ISS in orbit, each HRS assembly will extend to 11 ft. x 75 ft. via an electric motor driven "scissor" mechanism.
ISS Mission 11A Space Shuttle Endeavour delivered the first port truss segment, P1 Truss, that was attached to the central truss segment, S0 Truss. Additional cooling radiators were delivered but remained stowed until ISS Assembly Mission 12A.1. A cart, known as the Crew and Equipment Translation Aid, was delivered to help spacewalkers move equipment along the Integrated Truss Structure.
The P1 and S1 trusses (also called the Port and Starboard Side Thermal Radiator Trusses) are attached to the S0 truss,
Originally posted by housegroove23
Very good idea, in fact that brings up a very good question. Isn't there groups out there that launch rockets as a hobbie.
I think we are all waiting for you to give it. It's obvious you know what it is.
What I don't get is that you are listening to the nasa communications. What parts of their communication do you believe and what parts do you choose to put your own spin on? Why wouldn't they just broadcast on some secret channel instead?
Originally posted by johnlear
Defcon, when you post an image that large in enlarges every page below it and then everybody has to scroll all the way to the right to see many of the posts.
I would rather have the image about 8 inches wide so I could look at without scrooling left and right and then maybe a site where I could go to get a larger image.
Just a suggestion.
Thanks for the image.