I was playing around with the engine properties and found a funny thing.
the higher the throat and nozzle size is, the more thrust an engine makes.
I made 4 engines that are the same size, but have different nozzle sizes.
here are the engine nozzle and throat sizes:
-the engine on the left has a nozzle size of 1100%, and a throat size of 500%
(hidden properties were used, but only the nozzle and throat were changed.)
-the engine on the middle left has a nozzle size of 170%, and a throat size of 100%.
-the engine on the middle right has a nozzle size of 114%, and a throat size of 75%.
-the engine on the right has a nozzle size of 56%, and a throat size of 50%.
All the engines are optimized for sea level, they all also use Methalox as fuel and have an ISP of 337s.
heres the thrust of the engines:
-[Left: 5,524kN]
-[Mid left: 4,332kN]
-[Mid right: 3,897kN]
-[Right: 3,261kN]
Its funny tring to imagine that tiny thrust chamber on the left somehow making more thrust than all the other engines.
@Toinkove this normally wouldnt make sense, but it turns out the game increases fuel flow when the throat becomes wider, so the wide throat engine has a ridiculous amount of fuel flowing through it to compensate for the wider throat, it does make sense knowing that.