^^^THANKS!
Being a newbie to these (and ALL modern sport compact platforms), I am NOT used to spring rates being expressed in K measurements, nor am I familiar with "Swift" springs, which seem to be the 'go to' ones for ANY coil over setup on these cars (I've only dealt with lb./in. rates, and Hyperco, Eibach, Afco, etc. from the domestic coil over market).
What makes the Swift springs a better choice than Hyperco, and the others, i.e.; are they the ONLY ones making a full range of coil over springs specifically for these cars as far as height, linear, and rates go??
IF BC would build a double/INDEPENDENTLY adjustable model for these cars, I would be all over them, and would give up on the other possible options, since YES, I am familiar with what the compression and rebound settings do, and just how they effect the handling, albeit was on a radically different drivetrain setup.
I fully trust your opinions/know how about the suspension for these cars, so, you still say that all of the various braces/reinforcements available are nothing more than 'dead weight', despite it being a front strut car?
The 4th gen f body is the same way, as the top guru for handling concerning those cars (multi-time national autocross champ, Sam Strano) claimed that the strut tower braces, sub frame connectors, etc. that everyone installed on those (and INSISTED did something they can actually "feel") were nothing but DEAD WEIGHT, but those are double a-arm front suspension cars, not strut.
Isn't there some trade off with moving the battery to the back, given the extra overall weight of the huge gauge wires needed to prevent current drop over the length needed to accomplish this (
especially if using a lower output than stock, lightweight, 'racing' battery), and battery box, etc. (vs. just using the lightest battery one can find in the stock location)?
I understand one can then use even a larger, heavier, higher output than stock battery for 'ballast', IF that is the sole purpose of doing this mod.