Sorry but I do mind. Optimal mass is very important for agility "feel" and I want to be sure its exactly the same.Do you mind if I don't swap the thrusters? The python has 137% and the FGS 134%, and I still intend to show better agility of the FGS. kk?![]()
Multiplier mainly affects the "inbuilt limiter", allowing higher velocities (since in fact ship in space can eventually build very high rotation/speed even with low power thrusters and ED artificially limits it). Optimal mass affects actual *power* and *acceleration*. Having high multiplier but low optimal mass is what leads to stall - since ship allowed to rotate quickly but thrusters not powerful enough to maintain speed vector.
Also I like how all people who claim FGS is better say "on paper (e.g. hard numerical proof) is not but its really is" - so there is no actual hard proof, just how they feel about it and we just have to trust them
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