Homemade, high quality endlinks guide
#16
#19
Evolved Member
iTrader: (41)
Instead of using rod ends along with a nut and bolt, wouldnt you be better off with a ball joint linkage such as this?
http://www.mcmaster.com/#cadinlnord/60745k641/=mdj2a0
http://www.mcmaster.com/#cadinlnord/60745k641/=mdj2a0
#22
Instead of using rod ends along with a nut and bolt, wouldnt you be better off with a ball joint linkage such as this?
http://www.mcmaster.com/#cadinlnord/60745k641/=mdj2a0
http://www.mcmaster.com/#cadinlnord/60745k641/=mdj2a0
d
Last edited by donour; Apr 29, 2013 at 01:56 PM. Reason: grammar
#23
Newbie
iTrader: (3)
I loved this post! Dealers were quoting about $60-$70 bucks for each new end-link. It made a cheaper solution for the front end-links quick and easy to source and fabricate.
I paid out @$90 total for both. Mine were a little more costly as I chose to use all metric parts and added another set of retainers for each rod end. So 8 total rod end retaining washers.
Attached is the parts list for the Front end links (Metric). Missing from the list are the Yellow Zinc Grade 10.9 10mm bolts that I sourced from Fastenal for about $0.50 each.
I will do the rear links when I get to the point of rebuilding the rear suspension.
Also I didn't end up using the 3/8 inch stainless washers, I just bought a set of eight 10mm stainless washers from ACE HARDWARE.
I paid out @$90 total for both. Mine were a little more costly as I chose to use all metric parts and added another set of retainers for each rod end. So 8 total rod end retaining washers.
Attached is the parts list for the Front end links (Metric). Missing from the list are the Yellow Zinc Grade 10.9 10mm bolts that I sourced from Fastenal for about $0.50 each.
I will do the rear links when I get to the point of rebuilding the rear suspension.
Also I didn't end up using the 3/8 inch stainless washers, I just bought a set of eight 10mm stainless washers from ACE HARDWARE.
Last edited by detroit evo; Jun 10, 2013 at 10:09 AM. Reason: Updating the list of parts used.
#25
EvoM Guru
iTrader: (26)
I know people have broken these on track/auto-x cars. I'm assuming due to the huge spring rates they run. I'm considering going up a size on all the threaded connections and ball joints (extra 2400 lb capacity) and using high-misalignment step down inserts to bring it back to a 3/8" bolt. Anyone else tried this?
http://www.mcmaster.com/#4723t1/=qphi97
http://www.mcmaster.com/#4723t1/=qphi97
#28
I know people have broken these on track/auto-x cars. I'm assuming due to the huge spring rates they run. I'm considering going up a size on all the threaded connections and ball joints (extra 2400 lb capacity) and using high-misalignment step down inserts to bring it back to a 3/8" bolt. Anyone else tried this?
http://www.mcmaster.com/#4723t1/=qphi97
http://www.mcmaster.com/#4723t1/=qphi97
It would surprise me to hear about failures in normal use, even on the track. You can certainly break one with a a large off or impact. If they are installed incorrectly (e.g. bound) then you could potentially transfer a disproportionate amount of suspension load to the the link. They would fail for sure in the case that they are handing the full corner load.
It's been several years since I looked at the numbers, but I remember that they were several times stronger than the OE part.
donour
PS: I ran 1000 lb/in springs in the rear.