Picture of my slotted cross shaft
#1
Race Director
Thread Starter
Member Since: Nov 2000
Location: Waterloo ontario Canada
Posts: 11,872
Likes: 0
Received 9 Likes
on
9 Posts
Picture of my slotted cross shaft
I was asked for a picture of how I slot the cross shafts for increased caster. I run about 5 degrees positive caster and get it my slotting the cross shaft.
I place the upper A arm in the vise on the mill without dissasembling them. I then take a 7/16 or 3/8th cutter and slot the hole towards the FRONT about 1/4 inch long. I then take a piece of brass and turn it about 7/16 in diameter and then hawksaw it in half.
I place the cross shaft over the studs install the cut 1/2 moons in the back part of the slot, install the large washer and then the nut to hold the 1/2 moon from falling out.
Then I adjust caster and camber like normal but have the advantage of already having a few extra degrees of postive caster.
I place the upper A arm in the vise on the mill without dissasembling them. I then take a 7/16 or 3/8th cutter and slot the hole towards the FRONT about 1/4 inch long. I then take a piece of brass and turn it about 7/16 in diameter and then hawksaw it in half.
I place the cross shaft over the studs install the cut 1/2 moons in the back part of the slot, install the large washer and then the nut to hold the 1/2 moon from falling out.
Then I adjust caster and camber like normal but have the advantage of already having a few extra degrees of postive caster.
#6
Safety Car
I place the upper A arm in the vise on the mill without dissasembling them. I then take a 7/16 or 3/8th cutter and slot the hole towards the FRONT about 1/4 inch long. I then take a piece of brass and turn it about 7/16 in diameter and then hawksaw it in half.
I place the cross shaft over the studs install the cut 1/2 moons in the back part of the slot, install the large washer and then the nut to hold the 1/2 moon from falling out.
Then I adjust caster and camber like normal but have the advantage of already having a few extra degrees of postive caster.
I place the cross shaft over the studs install the cut 1/2 moons in the back part of the slot, install the large washer and then the nut to hold the 1/2 moon from falling out.
Then I adjust caster and camber like normal but have the advantage of already having a few extra degrees of postive caster.
Your in Waterloo right?
#7
Race Director
Thread Starter
Member Since: Nov 2000
Location: Waterloo ontario Canada
Posts: 11,872
Likes: 0
Received 9 Likes
on
9 Posts
Yes I am in Waterloo/Kitchener. About 45 minutes from you.
I make everything easy on my car to work on. I can slip a upper A arm in and out of my fender easily. I trimmed the plastic just enough to slip them out. '
I also run twin electric fans so no fan shroud to get in the way.
A few minutes to remove or install is all it takes.
I make everything easy on my car to work on. I can slip a upper A arm in and out of my fender easily. I trimmed the plastic just enough to slip them out. '
I also run twin electric fans so no fan shroud to get in the way.
A few minutes to remove or install is all it takes.
#9
Race Director
Thread Starter
Member Since: Nov 2000
Location: Waterloo ontario Canada
Posts: 11,872
Likes: 0
Received 9 Likes
on
9 Posts
I don't like the looks or the added wear on the tires. I want my tires flat on the road in a straight line, not running on the inside edge.
The advantage of negative camber/ tires leaning in at the top is the tires plant themselves more square to the pavement under hard cornering and then on the straight you are back to riding on the edge.
Increased cornering traction is the advantage but I spend 99.9% of my time in a straight line
Caster is the tilt back of the upper ball joint compared to the lower. The more caster the straighter the car wants to run down the road.
#14
Um, I knew it was caster, my fingers just typed camber, don't really understand why. I have an incredible ability to come across even dumber than I really am :o
So, to correct my question, is this because you are after an even higher caster angle? Straight running at high speed?
Would this make the car noticeably harder to turn at low speed?
So, to correct my question, is this because you are after an even higher caster angle? Straight running at high speed?
Would this make the car noticeably harder to turn at low speed?