Sea_Kerman

I know you can do that, it just feels a bit blegh that there seem to be no good junctions for ground bases where the modules are oriented vertically. Ah, seems with this junction, you can do a pull-up from one of the bars around the hatch and grab the ladder that way.

I seem to have encountered a problem..... No ladder...

Trying to find a part that would allow me to do this So essentially, a 3 or 4 or 5-way hub with a ladder. and also some corridors would be nice.

I can confirm the issues with [X} science For now, I'll rescale the radial material bay from restock+ to fit

can confirm panther issues

I concur on wanting a "low gear"

big supersonic plane with a cargo bay, drop the lander can out with paracutes

I definitely agree with the off-center and cramped feel. This needs to be fixed. I'm worried this will fall into the big pool of little things KSP1 does better that KSP2 might never get.

the community fixes mod fixes this

I agree on the need to reduce the whitespace in the navball (and moving it closer to the screen edge), it feels huge right now. Also whitespace in the PAM

for the huge stuff perhaps we could be allowed to control our regular engines with the RCS controls

I reiterate that the way KSP1 handled the maneuver node editing (in later versions) was great, it allowed a quick and rough editing, and precise numerical values, all without having to be able to see the physical node.

the trajectories mod for ksp1 was able to give a rough estimate, and you could tell it what you planned to do

yeah for now I've been using Maneuver Node Controller

Having 2 different modes, secant and tangent, would be nice. Tangent is what we currently have, and it is best suited to long burns where the new (amazing) full trajectory simulation is useful. Not really possible to "split" a burn around the maneuver when the burn involves several SOI transitions, lol. Secant would be the new default, where it automatically offsets the maneuver start backward while keeping the pro/retro/normal/radial frame of refrence the same as the initial point. This would result in what we used to do in KSP1.