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TimothyC

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Posts posted by TimothyC

  1. 1 hour ago, Foxxonius Augustus said:

    So I have just found something that isn't a bug with the MOS parts... Unless I leave a Gemini permanently docked or add a probe core I can't control a MOS since nether the hab nor the lab count as a control point. I know something like a service module is planned. Will it be treated as a control point as well as its other functions?

    There is going to be a 1.875m probecore.

  2. 1 hour ago, benjee10 said:

    The second configuration is most practical in terms of versatility as the first one would require a non-standard offset on the nodes whereas the second one would have the nodes offset at 1.875m intervals which is a lot friendlier I feel. Will implement for the next update, pretty easy to do!

    Awesome and thank you. I had considered that it might be easy (a simple duplication of a shroud to a new node), but would have understood a "Buzz off".

    As for the IVA, a nice clean simple one is always nice to see.

  3. 6 minutes ago, Deimos Rast said:

    Also, I would love a github link, although I suppose if it's a new repo it doesn't do me much good (since I'm looking for an older version), as I'm trying to make this work in 1.0.5.

    I've loaded the latest version in 1.0.5 on Windows with no issues. I do however remove all of the patch options (Just the parts for me)

  4. 3 hours ago, benjee10 said:

    Small truss is a definite yes! As for the second part some screenshots might help, I'm having trouble picturing what you're suggesting ;)

    Not a problem. This is what I'd like to see. I've used a radial attachment with a Common Berthing Port to attach the Truss to the rest of the station, but the offset makes it look funny (I'm trying to get the truss centered):

    screenshot101.png

    The other option that would be nice (as an alternate) is if the truss was offset in the other direction (removing a Zero truss, and going for an even number of segments:

    screenshot100.png

    Yes, I am working from the 1989 Baseline, which isn't far from the 1991 baseline to be fair.

  5. If I might make a pair of requests on the trusses. The first is that I would please like to see a small truss segment that would fit between a pair of solar wings, and the second is that I would be most appreciative if you could provide a node/shroud to allow for either a double truss center section or a single truss center section while  above a station that has 2 wide node structures. I can provide a screenshot to help explain if you wish.

  6. The ULA parts pack developers have settled on 3.2m as the size for the Delta IV core / 5m DCSS / Vulcan / ACES, with 2.5 for Atlas V / 4m DCSS , and 1.875 for Delta II and Centaur. I think that the 3.2m size would work very well for LDC Titan / Barbarian.

    Now I just need to convince you Cobalt to accept the off-scale factor and make Thor / Thorad / Delta 1.875m :D

  7. 9 hours ago, CobaltWolf said:

    I don't think the Centaur needs a core? I don't think it ever flew with that sort of independent control. 

    Centaur D, G, G' (G Prime), T, II (Two), & III (Three) all had control systems. I think I'd go with very low thrust jets, and no torque.

    A Centaur IV base would have had IVF replacing the RCS (in game monoprop) with LFO jets and a small fuel cell. The core on a Centaur IV would also be at the bottom. This was not a real thing, but a series of proposed upgrades that were all folded into ACES

    If anyone was to do ACES it would have the above listed settings for the Centaur IV plus up to four engine placement nodes at the bottom. ACES would be 3-3.125m in KSP scale. (ACES was considered for  Atlas V launches early in the program).

  8. @CobaltWolf & @Noah_Blade Yeah, Saturn V-B is fun. The first stage (the S-ID*) is a stage-and-a-half style stage (Like Atlas, and NLS-2) that is capable of delivering 51klbs to LEO, while only resulting in a 1/2 of one percent decrease in payload to the surface of the moon when used in a three stage stack configuration. In an S-ID + S-IVB configuration two engines could be deleted from the S-ID resulting in a 110klbs payload to LEO, or all engines could be left in place for 183klbs to LEO.

    *The above numbers are for the Standard Length S-ID. A version with a 20 foot tank extension adds another 12klbs to the above numbers as a floor.

  9. The parts look great.

    As for AAP, I'm still keeping an eye out, but one thing that might be fun (and useful in pushing Saturn-Nova out) is the late 1980s/early 1990s National Launch System. It consisted of one type of engine (STME - Space Transportation Main Engine), two main types of tank (5.4m and an 8.4m tank which would reduce to a 3m and a 5m for simplicity in kerbal scale*). The proposed upper stages were all either STMEs or RL-10s. The one slightly complicated part would be the NLS-2's six engine stage-and-a-half base (think classic Atlas), but I know I have diagrams for that geometry saved.

    NLS-1:

    mlsmmsrb.jpg

    Yes, those are Post-Challenger SRBs, but they were programmed to be replaced with NLS-1 cores (offering 1+2*SRB, 2, and 3 core options).

    NLS-2:
    nlsmmss.jpg

    NLS-1 and 2 used common tankage and would have covered the medium to heavy lift range (Titan and above)

    NLS-3 was a 5.4m single stick rocket, and few images of it exist (and none as pretty as the art above).


    Just a thought.

  10. 17 minutes ago, CobaltWolf said:

    Cus if I keep going, sooner or later I'm going to get to Saturn. And I can't let that happen.

    Goodbye, KSP forums. It's been a blast.

    -CW

    I am sorry to hear that, but would like to thank you for the work you have done. I know that MkSheppard had a few questions for you and I think he'd like to get them off before you totally close up shop.

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