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Ok, To clarify...this is why I am asking:

This is the car with the engine and trans in place...fenders and other body pieces on the front clip are not yet on...but I don't think all that is going to change things by more than about 50lbs. Now obviously the car is far from the point of being able to drive it and get the suspension settled, but even so, judging by the angle of the LCAs this drivetrain isn's even fully compressing the springs that are on there(OEM I6 springs). So where do I go about finding what spring rate I need for an engine that weighs in at 270lbs total? Call it 320lbs by the time I add in all the extra steel I added for chassis stiffening up front.

This is the car with the engine and trans in place...fenders and other body pieces on the front clip are not yet on...but I don't think all that is going to change things by more than about 50lbs. Now obviously the car is far from the point of being able to drive it and get the suspension settled, but even so, judging by the angle of the LCAs this drivetrain isn's even fully compressing the springs that are on there(OEM I6 springs). So where do I go about finding what spring rate I need for an engine that weighs in at 270lbs total? Call it 320lbs by the time I add in all the extra steel I added for chassis stiffening up front.