Well, here in Oklahoma it is 2:10 a.m., and I just got home from a fierce 7-hour wheel fitting session. "Surely, it must be done.", you might say. Ohhh, how wrong you are... Now let me explain (I would post pictures, but I'm too tired).
We left off with the control arm bottoming out on the strut tower. So today, our first plan of action was changing the location of the arms. We cut some shims out of 1/4" steel in order to drop the control arms further away from the strut tower. What this did was give additional clearance, as well as a bit more camber due to the steeper angle it could obtain, now. It worked! But something was still holding it up...
After going back and forth with ideas, as well as pros and cons for each, we finally bit the bullet and cut quite a bit more out of the strut towers towards the struts. This ensured that we would no longer have to worry about that issue. Again, it worked! But STILL...something was in the way.
After searching for the issue for a good while, we finally saw it. The arm from the spindle to upper ball joint was hitting the entire spring because of the camber, AND hitting the bottom of the control arm because of the steep angle. So we started grinding. And grinding. And testing. And grinding. For about 3 hours this went on, until FINALLY...the height was looking about right. Which is where we left off for now.
So I will now call the front 'done', at least for now. So modifications so far:
-Enlarged adjustment slots on control arms for more camber
-Cut a hell of a lot more out of the strut towers
-Made shims to lower the mounting point of the control arms
-Cut/grinded the arm from spindle to ball joint for clearance
-Grinded the bottom edge of control arm to clear the aforementioned arm on spindle
A shit load of work to sit a little lower, basically. Luckily my dad is the shit and is ALL OVER helping me out with projects like this. For an idea of the camber, the Diamonds for the front are now sunken (10-15mm spacer would make them sit nice). So it has all definitely made a difference!
The rear is next...
We left off with the control arm bottoming out on the strut tower. So today, our first plan of action was changing the location of the arms. We cut some shims out of 1/4" steel in order to drop the control arms further away from the strut tower. What this did was give additional clearance, as well as a bit more camber due to the steeper angle it could obtain, now. It worked! But something was still holding it up...
After going back and forth with ideas, as well as pros and cons for each, we finally bit the bullet and cut quite a bit more out of the strut towers towards the struts. This ensured that we would no longer have to worry about that issue. Again, it worked! But STILL...something was in the way.
After searching for the issue for a good while, we finally saw it. The arm from the spindle to upper ball joint was hitting the entire spring because of the camber, AND hitting the bottom of the control arm because of the steep angle. So we started grinding. And grinding. And testing. And grinding. For about 3 hours this went on, until FINALLY...the height was looking about right. Which is where we left off for now.
So I will now call the front 'done', at least for now. So modifications so far:
-Enlarged adjustment slots on control arms for more camber
-Cut a hell of a lot more out of the strut towers
-Made shims to lower the mounting point of the control arms
-Cut/grinded the arm from spindle to ball joint for clearance
-Grinded the bottom edge of control arm to clear the aforementioned arm on spindle
A shit load of work to sit a little lower, basically. Luckily my dad is the shit and is ALL OVER helping me out with projects like this. For an idea of the camber, the Diamonds for the front are now sunken (10-15mm spacer would make them sit nice). So it has all definitely made a difference!

The rear is next...
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