Swift spring users
I think the front could use a 20mm spacer. The 15mm looks great on the back. Does 20mm work in the front or would that rub? I just see most people running 15mm all the way around and was curious if 20mm was an option.
I decided to get the alignment to see how it looks after that. Turns out the rear is fine and all within factory specs, but the camber in the front is too negative. Since our car has no camber adjustment, I will probably be buying some new SPC ball joints to resolve the issue.
Save your money! Camber is not the culprit to tire wear. Especially on our cars. I too was very skeptical. After reading up on why our car wears so bad on the inner front tire I decided to go with the Figs lower control arm bushing and align the front to as close to zero toe as possible. After driving like this for a year now I have zero abnormal wear on my tires lowered on swift springs and 15mm spacers.
I installed my swift springs and 15mm spacers over the weekend and the car does look great now. I will snap some pics and post them up today after I clean the car. Back looks about perfect and the front looks good too, but I probably could of done a 20mm spacer in the front. Not sure if it would rub though. I trimmed the bump stops about 1/2 inch in the front and back. No issues when driving and no rubbing at all. The springs do ride about the same as stock to me. I just figured it was safer to do 15mm all the way around to keep it the same. Definitely happy with the outcome though.

I went for 15mm spacers because that seems to be the normal on here. Can't wait to get mine installed! The H&R DRS kit with extended studs looks very quality! I'm happy I got these instead of the Ichiba V1 ones.
I decided to get the alignment to see how it looks after that. Turns out the rear is fine and all within factory specs, but the camber in the front is too negative. Since our car has no camber adjustment, I will probably be buying some new SPC ball joints to resolve the issue.
Save your money! Camber is not the culprit to tire wear. Especially on our cars. I too was very skeptical. After reading up on why our car wears so bad on the inner front tire I decided to go with the Figs lower control arm bushing and align the front to as close to zero toe as possible. After driving like this for a year now I have zero abnormal wear on my tires lowered on swift springs and 15mm spacers.

How do you find the LCA bushing? Can you notice anything? I can buy that locally as it's a SuperPro product, seems like a good upgrade for sure.
http://shopfigs.com/v1/index.php?rou...product_id=138
My car was -2.1 on one side and -1.8 on the other side. I will get some pics posted today. I just can look at the front tire and tell its cambered and that's what bothers me the most. The car does look great with the 15mm spacers, but I just thought the front could come out a little more. I think if I got the camber fixed it would probably look better because the wheel wouldn't be tilted in as much.
My car was -2.1 on one side and -1.8 on the other side. I will get some pics posted today. I just can look at the front tire and tell its cambered and that's what bothers me the most. The car does look great with the 15mm spacers, but I just thought the front could come out a little more. I think if I got the camber fixed it would probably look better because the wheel wouldn't be tilted in as much.
What makes you believe toe is fine? It is the primary reason for inside (or outside) edge wear in any wheel with less than 2.5 degrees of camber. If you have more than 2.5 degrees of camber, then you would need camber correction. I run -2.0 on all four corners of my Supra and have no issues with tire wear as long as the toe is set right.
What makes you believe toe is fine? It is the primary reason for inside (or outside) edge wear in any wheel with less than 2.5 degrees of camber. If you have more than 2.5 degrees of camber, then you would need camber correction. I run -2.0 on all four corners of my Supra and have no issues with tire wear as long as the toe is set right.






