Orbiter Screenshot Thread

That is just too pretty. I hope I will have a nicer PC soon.
 
Approaching Venus with the stock DG, in my first interplanetary flight using TransX.

approachingvenus.png


Now, I know how to get into orbit, intercept and dock with the ISS, go to the moon or even to another planet. The only thing I don't know is how to land (especially on a base). (and I wouldn't even dare attempt to land on Venus or any of the gas giants)

Using the "Quickstart" scenario, I was able to plan a launch using this tutorial:

I picked Venus since it was the closest planet to Earth. I launched at August 08, 2010 and arrived at November 19, 2010.
 
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Approaching Venus with the stock DG, in my first interplanetary flight using TransX.

Lucky, wish I could go to other planets. Sadly I find the only MFD I can use is Transfer MFD. I find TransX unfriendly and too complex for my 'tiny' brain. :lol:
 
Have you tried IMFD? It might just "click" better with you than TransX and it certainly isn't too hard to finagle a high-power highly-inefficient transfer for one of the stock vessels with their fantasy engines.
 
Have you tried IMFD? It might just "click" better with you than TransX and it certainly isn't too hard to finagle a high-power highly-inefficient transfer for one of the stock vessels with their fantasy engines.

But I like TransX's "stage" system. Also, how do you plan the mission? That's right, with TransX.
 
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I haven't posted station building pictures in a while, so here's some of STS-151:

11061814-43-53STS-151.jpg


Launch! (Sorry about the dark pictures)

11061814-46-24STS-151.jpg


View from SRB:
11061814-46-24STS-151.jpg


Booster separation:
11061814-46-30STS-151.jpg


11061814-46-44STS-151.jpg


Press to MECO:
11061814-49-19STS-151.jpg


ET separation:
11061814-50-32STS-151.jpg


Payload (I like this shot :)):
11061815-04-13STS-151.jpg


Nearing the station:
11061815-06-03STS-151.jpg


View of the station:
11061815-13-07STS-151.jpg


View from the cockpit:
11061815-14-48STS-151.jpg


Moving into position:
11061815-16-32STS-151.jpg


The station:
11061815-18-26STS-151.jpg


11061815-18-59STS-151.jpg


About to dock:
11061815-20-55STS-151.jpg


11061815-24-18STS-151.jpg


Hard dock:
11061815-27-35STS-151.jpg
 
To stay on the same topic as Chub777, here are some photo's of the Skylab-3 mission

11_08_28_09-55-20_Endeavour.jpg

Afters some frustrating moments with the RMS, I finally docked the airlock module to Endeavour

11_08_28_10-07-15_Endeavour.jpg

Approaching station

11_08_28_10-46-36_Endeavour.jpg

Hard-dock! (no pictures of the rendezvous, I'm sorry)

11_08_29_09-44-22_Endeavour.jpg

1 day and eva later, grappling of the node module

11_08_29_10-05-39_Endeavour.jpg

Undocked, docked the node to Endeavour and redocking with station

11_08_31_12-00-04_CMG.jpg

Another day and another eva later, checking and activating the CMG's

11_08_31_12-07-58_CMG.jpg

CMG's activated! (2 of the solar panels are retracted in this pic but were extended again soon after CMG activation)
 
Are there any meshes available for Skylab as it should have been (meaning radiators port and starboard, and no orange-looking blanket-thingy repair. Sorry if the post sounds strange, I'm a 3rd shift worker who hasn't been to bed yet.
Getting ready to fix that...
 
Neptune-1 upper stage fit tests prior to interstage install inside the VAB on Ascension Island

ScreenShot040.png
 
Station I am now trying to build. first mission went horribly. it ended up crashing into the pacific ocean.... anyways, heres a screenshot of the near completed station.
 

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"If at first you don't succeed... You may wish to think about your choices in life thus far."
 
The work of a VSA is never done. Picking up a US DoD satellite payload from KSC for delivery to Ascension where it'll be tested and integrated into the Neptune-1 rocket.

ScreenShot059.png
 
RMS-URMS handover:

11061815-34-02SM-2.jpg


Docked:
11061815-37-00SM-2.jpg


Deployment as seen from the Dragon craft:
11061815-38-31Expedition1.jpg


Fully deployed:
11061815-38-58SM-2.jpg


Moving the P5 truss:
11061816-06-17STS-151.jpg


Handover:
11061910-44-08SolarURMS.jpg
 
Anybody need some lift?

Energia_at_Baikonur.jpg


I put a UMMU on the ground for some "perspective". She's a pretty big rocket. Or at least compared to my previous Athena...
I tried (and failed) to get this to link to my flikr account, but it no worky...
 
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Neptune-1 upper stage fit tests prior to interstage install inside the VAB on Ascension Island

Fit tests without the interstage? Wouldn't the upper stage fit to the interstage? :blink:
 
Worked a bit more on my Moonlab today, finishing with an Antares-LR flight.

11090612-13-04S-II.jpg


In my personal made-up Orbiter universe, the Saturn never stopped flying and it's variants are now used for launching Antares and ESA CTV missions to lunar orbit. They launch from Kourou to facilitate more accurate launches into the Moon's orbital plane.

11090612-14-59S-II.jpg


Fairing jettison, with Kourou still visible in the background.

11090612-18-19S-IVb.jpg


TLI burn.

11090612-22-20Antares-LR.jpg


A nice shot picked up during some alignment work in lunar orbit.

11090612-26-33Antares-LR.jpg


Approaching Moonlab now. The Russian segment is new, delivered by two Velcro Energia launchers topped with Zenit 2nd stages for the TLI burn and Block-D N1 upper stages for LOI and alignment burns. The S-IVb is docked to the end of the main station structure and functions both as a propellent depot and station-keeping engine. The Antares LR doesn't have enough fuel to make it back to Earth after aligning and syncing with Moonlab, so it picks up a little bit of propellent before the TEI burn. The CTV and Gorizont are both capable of making the TEI burn on their own.

11090612-29-03esastar.jpg


Another happy docking.
 
That should be the next step IMHO.
 
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