Vessel Commerical LEO destinations and other space stations

[Gargantua2024]

It's either located somewhere in the truss section or it is fully controlled by gyroscopes

 

[gattispilot]

Working on the radiator and solar panels. Trying to see which plane for the solar panels and radiators.
Right now I have the solar panels at yz and radiators at xz

 

[gattispilot]

started adding an interior

 

[francisdrake]

It looks better every day!

Just one request: Could you make a screenshot on the sunny side of the orbit?

 

[gattispilot]

Still trying to figure the interior. I wonder how they got from deck to dock?

 

[Urwumpe]

Still trying to figure the interior. I wonder how they got from deck to dock?

Could be simple. Just assemble prefab floors and walls into the inflated module.

2028 Airbus - Voyager Space Starlab Space Station Cutaway and Interior Plans | NextBigFuture.com

Airbus and Voyager Space are working together to launch a three deck space station by 2028. It will be launched by the SpaceX Starship.

www.nextbigfuture.com

 

[barrygolden]

Judging by the size to the Orion looks as if it could be launched by an SLS as well

 

[gattispilot]

More interior. Redid the center section. They travel thru the decks via the hole in the center.

 

[barrygolden]

you guys need to contact that guy who did ISS HD to work with you guys on adding astronauts and being able to fly through this Station

 

[Gargantua2024]

@Max-Q

you guys need to contact that guy who did ISS HD to work with you guys on adding astronauts and being able to fly through this Station

 

[gattispilot]

Yes. I can do that.

 

[gattispilot]

Here is a test version. Only external right now.
7 raise/lower rad
8 extend/retract solar panels
CTRL3 solar track
CTRL2 rad track

 

[Donamy]

View attachment 33679
VAST Station Version 02
This now a dll-version, supporting key commands and a very basic station interior.
Found out that the forward and backward thrusters must be angled outwards. Otherwise the RCS-axis Up-Down would be missing.

Note that 'forward' is towards the docking port. The main thrusters act backwards, like they do on the Dragon capsule.
To raise orbit, the vessel must be oriented retrograde before firing.

Keys
[E] Toggle camera view between forward and backward looking.
[C] Show the Crew
[S ] Extend / retract the solar panels (just a status change)
[F8] Show / hide the virtual cockpit.

I don't think it would ever need up down translation.

 

[gattispilot]

Habitation deck. Using VB to test will need to adjust the camera.

 

[francisdrake]

Very nice!

With the number of new LEO destinations increasing, we should have closer look on their potential orbits.
The inclinations could be:

• Due East from the Cape (as in the test orbit here), with the least launch energy, but a coverage of the equatorial area only
• ISS co-orbit, which allows to use proven launch and abort scenarios, and gives a fair coverage of mid-latitudes
• Higher inclination, which would improve the coverage of Canada and Skandinavian countries, as well as South America and Southern Africa.

The orbit altitude should be high enough to minimize orbit reboost maneuvers. The orbital lifetime is estimated to be:

Satellite Altitude	Lifetime
200 km	1 day
300 km	1 month
400 km	1 year
500 km	10 years

The ISS is currently at 400 km, Tiangong is at 340 - 450 km. Modern launchers and manned spacecraft can go beyond that. I think an altitude of 450 - 500 km would be a good compromise. Not much seems to be published on orbits of future space stations. Would somebody know a paper or website, where such things are discussed?

 

[Gargantua2024]

Would somebody know a paper or website, where such things are discussed?

Except for Axiom, which will co-orbit the ISS until the latter is decomissioned, we know virtually nothing about the specific orbital parameters for either Orbital Reef, Haven-1, or Starlab. All we know is that they are going to be placed in LEO