Strut Tower Brace
You'll see I have a STB, and I noticed nothing after putting it on. If there is one thing 4th gens "need", its good shocks. /thread
But, "JD", the upper a-arm mount in the F-bod is at the top of the shock tower. Yes, I realize that this debate will probably go on forever, but IMHO, I don't see how the suspension loading CAN'T help but be transmitted through the shock towers. It's where the springs/upper a-arms mount.....
Basically the wheel is where the force is. Transmits that into the spindle arm. The spindle arm is attached to two points. I guess what the road race guys are saying is that that pretty much all the force goes into the lower connection to the A-arms
Basically the wheel is where the force is. Transmits that into the spindle arm. The spindle arm is attached to two points. I guess what the road race guys are saying is that that pretty much all the force goes into the lower connection to the A-arms
that torsional load would be applied via the tire leaning which could be possible during very hard cornering.
but whether or not the frame successfully deals with the force would take alot more analysis.
and as far as the Mustang goes, the fox body seems like it has always been a product of lean engineering

Now I did have the BMR mentioned above on my 2000 WS6 Vert and believe it or not it did make a huge difference when driving over uneven roads. It made the front end feel much more solid and shake less. I wouldnt say it helped cornering because the car was terrible at it even after the brace, but it certainly did make a difference. Much, much more so than on either of my coupes.
Basically the wheel is where the force is. Transmits that into the spindle arm. The spindle arm is attached to two points. I guess what the road race guys are saying is that that pretty much all the force goes into the lower connection to the A-arms
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3rd gen upper attachment point is an integral part of the suspension geometry.
3rd gen frame rails follow along the trans tunnel, leaving little support for the floor pan.
I agree!
I've owned F-bods since 1976, so I've had 3 generations of them, and they've all had different "compromises" in terms of front end support.
With respect to the 3rd genners, they used a conentionall mounted coil spring, which fed some of the load into the k-member, but with the McPherson strut instead of an upper a-arm, you still fed a portion of the suspension load into the shock towers. Plus, the upper strut mount also controlled part of the steering load.
With the 4th genners, you have the "coil-overs" and upper a-arms also mounted to the shock towers. Personally, I don't see how it can be said that the suspension loads aren't fed into the towers. Simply put, you hit a bump with the left side of the car, you compress the left spring, but based on the stiffness of the spring, a portion of this force wants to "raise" that corner of the car. This force is counteracted by the anti-roll bar, and the shock tower, since the tower is the upper restraint for the unit......I would say.
On a 4th gen, it shock is attached, but the upper ball joint pivots on bushing material.
Now, if you bottom the suspension out where the upper A-Arm hit the inner fender, then OK ... an STB will help somewhat. But there are bigger issues to address at that point.
We're discussing normal, every day driving ... not extreme off-road.
It boils down to suspension design. Ms have no factory camber adjustment. I've never looked closely at a Caddy





