Squealing Tires
ORIGINAL: andrewmp6
speaking of the shelby drop he stoped doing it since the ball joint you had to run was double the price of the normal one.
speaking of the shelby drop he stoped doing it since the ball joint you had to run was double the price of the normal one.
The problem with the Shelby drop was that the ball joints could bind and breal, that's why they have wedge spacers now, so you can lower the upper a-arm 1 3/4" and place the wedge spacer and have the balljoint sitting at the factory angle
sounds like an alignment issue to me...mine does it a little so ive been messing with the alignment to get it just right and im pretty sure im almost there. just go take a look at your front wheels and see if they are lined up nice and straight.
i didn't read all the posts but here's my .02. I definitely think its simply the tires. I drive around a toyota tacoma prerunner and i can turn in a parking lot at 5mph and the tires will squeel the whole way. Its the tires, and simply just that.
dodgestang thats just something i heard a while back dont know if its true or not.whos crazy enough to try a turn that fast with 4 wheel drums.if your tires are wearing funny you need a alignment or the unibody its self isnt straight.i can take a turn that fast but i got coilovers front and rear and subframe conectors nothing there can flex.
Ive noticed that most suv's tires squeal like crazy in parking lots, my dads tires on his truck used to then he got new tires, i think cooper discovery and havent had any. My 88 has cooper cobra's and they grip tight and never squeal
ORIGINAL: connor90
just go take a look at your front wheels and see if they are lined up nice and straight.
just go take a look at your front wheels and see if they are lined up nice and straight.
Did we ever find out how old the tires were? Perhaps we're simply talking about hard rubber due to age.
ORIGINAL: 67mustang302
I'm gonna go with alignment(at least, especially since it was just messed with). The factory suspension geometry makes positive camber when you corner, and the factory alignment specs call for positive camber to begin with. Positive Camber + positive camber = more positive camber and less wheel in contact with the ground. If you turn and the wheels squeel and the car is acting like it doesn't want to turn into the corner then you're getting push from the tires leaning out and picking up the inside edge off the ground, reducing the rubber on the road. Factory Ford suspension from the 60's blows, that's why Shelby relocated the upper control arms, to correct the geometry, the Ford engineers of those days knew basically nothing about suspension dynamics. That's why factory trim 60's Mustangs handle like crap and wheel hop if you have any decent power.
Tire pressure and tires will make a difference too, some are noisy, some aren't. Look at your tires too, for anything abnormal, wear in one particular spot, deformations etc
I'm gonna go with alignment(at least, especially since it was just messed with). The factory suspension geometry makes positive camber when you corner, and the factory alignment specs call for positive camber to begin with. Positive Camber + positive camber = more positive camber and less wheel in contact with the ground. If you turn and the wheels squeel and the car is acting like it doesn't want to turn into the corner then you're getting push from the tires leaning out and picking up the inside edge off the ground, reducing the rubber on the road. Factory Ford suspension from the 60's blows, that's why Shelby relocated the upper control arms, to correct the geometry, the Ford engineers of those days knew basically nothing about suspension dynamics. That's why factory trim 60's Mustangs handle like crap and wheel hop if you have any decent power.
Tire pressure and tires will make a difference too, some are noisy, some aren't. Look at your tires too, for anything abnormal, wear in one particular spot, deformations etc
I think we need to know if the tires were squealing in the same turns taken at the same speeds before the alignment was done. And if so, did it get better or worse after the alignment Otherwise, we're making too many assumptions. DC hasn't been here long enough to pick up any hints from other posts, so we're all a bit in the dark. We don't know the condition of the rest of the steering & suspension - this problemmay even be due to worn components that were not replaced.
Certainly tire construction, tread design, and inflation pressure are major contributors. But if the alignment job was done poorly or carelessly it might have exaggerated an existing condition or pushed a marginal one over the edge.
Norm
Certainly tire construction, tread design, and inflation pressure are major contributors. But if the alignment job was done poorly or carelessly it might have exaggerated an existing condition or pushed a marginal one over the edge.
Norm


