Curveball Anders

probably needs "LC_ALL=C ./KSP.x86_64"

Serendipitous Space Corporation (Yes the logo is stolen from Swedish Space Corporation)

If the coordinates are stored as integers yes, which I seriously doubt. More likely as some big float format.

I still prefer Kesos

I've been annoyed by the short faring trusses for some time, making it a major pain to fit 3 comsats in one fairing. I've tried to hack up a mm-cfg to change the spacing with some success, but with serious issues like the actual trusses fail to be visible (and the node_stack_top / bottom eludes me). Is there anyone with better config-fu who can teach me to extend the spacing between the nodes, and thereby extending the size of the fairing?

I play it because it's fun.

localisation issue maybe?

But why would any of that matter in a single-player game?

The reason why I like the hybrid version is mainly economical (and a slight hint of OCD). A standard aspargus 'booster' is far more expensive than an SRB with a LFO tank on top, and can, with a little fiddling, provide the same boost.

I've found it more economically sound to have a lander at Mun-Station, and then combine getting tourist(s) down, planting flag, grab some science and return to the station. Which also means that I quite often have a small gaggle of tourists holed up at Mun-Station waiting for the other contracts

In relation to just SRBs.

And it works nice with KAC so you can launch to the calculated orbit, deploy sat #1, the set an alarm for next AP and go on with other stuff

I've been near to do this, but unless short on time for some other active mission, I prefer to optimise my refueller/tanker crafts.

Rational, except that I don't bother much of how they look, as long as they fly correctly.

I've come to use the hybrid more and more. While it is harder to tweak for optimum I often use standard launchers so I only have to tweak each class of launchers once. One additional advantage is that when the boosters/droptanks are dropped, the central core is still fully fueled (-ish) which makes it easier to get the planned TWR for that stage. IM(nv)HO // Curveball