I know there are a few calculators online, but either they seem to overly complicate my setup or they just straight up confuse me...here's what i've got:
I've got 16" 2.0 coilovers in all four corners with the elevated aluminum (2" rise) bottom spring support
The front springs will be holding 450 lbs per corner sprung weight. The front coilovers are straight up and down in the front/back direction and they have a 5 degree tilt inward at the top in the left/right direction
The rear springs will also be holding 450 lbs per corner sprung weight. The rear coilovers have a 12 degree tilt forward and a 12 degree tilt inward in the left/right direction
At ride height the coilovers need to have 6.5" compression remaining which will provide 9.5" of extension from right height. I don't know how to achieve this and determine the proper lengths to ensure the springs will allow the coilover full compression without bottoming the springs first. Any help?
I've got 16" 2.0 coilovers in all four corners with the elevated aluminum (2" rise) bottom spring support
The front springs will be holding 450 lbs per corner sprung weight. The front coilovers are straight up and down in the front/back direction and they have a 5 degree tilt inward at the top in the left/right direction
The rear springs will also be holding 450 lbs per corner sprung weight. The rear coilovers have a 12 degree tilt forward and a 12 degree tilt inward in the left/right direction
At ride height the coilovers need to have 6.5" compression remaining which will provide 9.5" of extension from right height. I don't know how to achieve this and determine the proper lengths to ensure the springs will allow the coilover full compression without bottoming the springs first. Any help?
