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About strongest_2hu

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    Rocketry Enthusiast
  1. How would fixing ACA to be compatible with KSPWheel make ACA dependent on KSPWheel?
  2. You can change that behavior from the Life Support control panel at the Space Center overview screen.
  3. Are you using FAR (the 1.2.2 dev build on git)? I've narrowed it down to FAR causing the problems I've been having with this carrier (vessel disappears either when reaching physics-load distance in another vehicle or when approaching within a few meters in another vehicle; vessel's top speed is ~0.2 m/s) and also the unrelated but extremely relevant Carrier Accessories mod (adding OLS to vehicle in hangar causes game to hang). I assume if you check the tracking station afterward the carrier is "splashed down at the sun"? Hopefully FAR for 1.2 will be "officially" released soon and then
  4. Do you plan to make the catapult compatible with KSPWheel-based wheels? As far as I can tell only stock wheels, or stock wheel module parts, are usable. This prevents using ALG and other wheel mods based on KSPWheel and the associated part modules. I assume you're just checking for the stock wheel module in order to ready and activate the catapult, so it could potentially be as easy as just checking for a KSPWheel module as well.
  5. The "dev" FAR download doesn't come with Modular Flight Integrator (obviously), which is required. Without FAR and MFI installed B9 procedural wings work as normal; installing FAR without MFI breaks B9 wings (in addition to FAR, obviously). Check to see if that is your problem, it was mine: I made a clean install and forgot about MFI.
  6. As requested: I used the flush catapult, the tailhook, and the arresting gear. Everything worked as described. The catapult launch of my 10-ton test aircraft was consistent and smooth, I had no catapult-induced wrecks. Even when I started doing silly things like activating the catapult with the gear up, resting on an intake, the catapult just sort of levitated me up a little bit and then launched me (not sure if that was intended or a consequence of the slight nose-up attitude it had). I tried using "control from here" to get it to launch me in unexpected directions but failed; I fina
  7. Nice parts pack. I like the simplicity and large size, it lets vessels get pleasantly large while having plenty of part-count leftover, something other boat packs have definitely struggled with. I'd say the engines need a reverse thrust setting and a thrust curve (pretty simple, I added them on my install already) and that you should add a big rudder, and then it will be near-perfect. I wouldn't worry much about the (lack of) textures, textures on parts this big tend to look terrible because they're either so hugely expanded or displaying such obvious repetition. The flat gray doesn't
  8. Double nose gear side-by-side is a recipe for disaster every time.
  9. There's an artificial hard cap? Or are you just saying that there should be one?
  10. Did you actually read what you quoted? I guarantee he's not planning to land and return with an ion engine.
  11. Technically, they could never collide because Jool and Eeloo are in 3:2 resonance and also their orbits don't intersect.
  12. The "tiny rocket SSTO" problem is more related to the way that in KSP most smaller engines have a similar, if not better ISP than their larger counterparts, and small fuel tanks have the same full:empty weight ratio as large ones. Assuming somebody tried to balance them and didn't just assign values randomly it makes some sense from a gameplay perspective: if the mainsail, for example, had better ISP than everything else, in addition to its superior thrust, I wouldn't ever need to use anything else (instead the 48-7S has better ISP and TWR so only partcount keeps me from never using anything
  13. You can figure out exactly how much dV you need in each direction with some very simple math, then precisenode makes it very easy to add and subtract the exact amounts. Take (speed at plane change)*sin(desired angle change) and add that in the normal, take (speed at plane change)*(1-cos(desired angle change)) and subtract it from prograde. This will result in a node set up for precisely the correct amount of dV in the correct direction, the only source of error is your vessel's acceleration and you at the controls.
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