Gargantua2024
The Desktop Orbinaut
- Joined
- Oct 14, 2016
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- San Jose Del Monte, Bulacan
Well it is a very old addon tbf. It's a miracle even that it slightly works on O2016 at all
Is this Sputnik's HL20? On another note, I would like to see Sputnik's add-ons revived in some way...On the HL20 the code is there. I might recompile it. But not release due to licensing.
I can add docking ports so that people can dock modules.
Yes basically the same for the dual keel except the modules are in a different configuration.
I think I have the solar tracking down. Just need to add RCS and cameras,..
EVa is possible with my tether add on and an attachment at the airlocks
Yes. The code is provided. I don't think one could republish it thoughIs this Sputnik's HL20? On another note, I would like to see Sputnik's add-ons revived in some way...
The three solar array version is the 1991 revision where NASA inexplicably removed the fourth one due to cost. It is later dubbed as the "Fred" configurationStill not sure about the orientation. Odd these images show only 3 solar panels. Docks are straight,..... More rcs modules?
Orbiter's Z axis should be aligned so that the truss structure runs left/right (X-axis), the pressurized modules runs forward/aft (Z-axis). If you're unsure, just use the default Project Alpha ISS for reference.Yes. I can do zig zag ones.
I guess which way is Z axis? the truss is on top of the hab moules. Keep the Iss angled PMA or built new straight PMAs?
From my research on the subject, you need to essentially just replicate the modern External Airlock/ODS set-up at the space station as the idea was to maneuver the orbiter so that the "Berthing Docking Adapter" would slide into a standard set of active payload latches on the orbiter for the actual capture. So, no actual docking hardware.Thanks. I will I guess the straight PMA's?
No, that's not it. No PMAs at all but rather the entire External Airlock+ODS lives at the station, not in the payload bay of an orbiter. First image is the concept Pressurized Docking Adapter while the second is a photo of Discovery's actual flown External Airlock+ODS but with the Russian designed and built APAS omitted to more closely represent what the SSF PDA would have looked like if it had been built. This would have remained at the station after the orbiter left.Ok. Then I will use the PMA from ISS_hd
The PDA is what would "dock" to the orbiter. But instead of using traditional docking systems, it would have used the orbiter's own active payload retention latches. The retention latch is the white object mounted on the bridge rail panel, in the photo it is in the "latched" configuration. The PDA would slide into the payload bay with the trunnion pins on the rectangular truss cradle fitting into the latches in the released configuration.Oh. I can built the SSF_PDA. Not sure what the end where the shuttle would dock would look like