If you use strings to set toe need advice.
#1
Race Director
Thread Starter
If you use strings to set toe need advice.
I recently set alignment and wanted to set toe WITHOUT JACKING several times so I tried this and it came out pretty well based on auto results & street driving.
The only error I think is being on the ramps prevented the wheels from freely moving as I adjusted, still came out ok.
Next time I need the tire on a flat slippery surface.
The only question I have is the slope of being on ramps one end and not the other.
The strings are dead nuts off the axles and I think that is all that matters for toe.
I don't think the left/right garage floor leveling needs to be done for toe either.
NOT talking about camber/caster here.
So you think the slope thing is ok or am I missing some principle of alignment?
If you have never done your own alignment, please don't drift the threat with theoretical comments, or what your alignment guy/ bartender/ Pep Boy checkout clerk said about alignments.
The only error I think is being on the ramps prevented the wheels from freely moving as I adjusted, still came out ok.
Next time I need the tire on a flat slippery surface.
The only question I have is the slope of being on ramps one end and not the other.
The strings are dead nuts off the axles and I think that is all that matters for toe.
I don't think the left/right garage floor leveling needs to be done for toe either.
NOT talking about camber/caster here.
So you think the slope thing is ok or am I missing some principle of alignment?
If you have never done your own alignment, please don't drift the threat with theoretical comments, or what your alignment guy/ bartender/ Pep Boy checkout clerk said about alignments.
Last edited by froggy47; 11-21-2010 at 09:12 PM.
#2
Team Owner
As long as the ramped wheels are roughly (+-1") the same height, you shouldn't be putting any excess loading on the toe.
#3
Racer
In my experience, the rear toe seems more sensitive to height (load) than the front. In the rear, it will vary by 1/16th just adding/taking away a 200 lb driver. The front, not so much.
#4
Le Mans Master
LF = 33.3%
RF = 5.6%
LR = 39.6%
RR = 21.5%
It seems like the front would have a tendency to vary as well since it took on 33% of the weight in the example above, but it just doesn't.