Ok, so i've been doing quite a bit of reading on our crappy stock brakes sporadically for the last few months. The reviews were great and tons of good info, but no technical data to go off (i.e. braking distances).
So, i was thinking of doing a complete review of the components individually (and in combination) so folks could make an informed decision of budget v performance. Anyone interested??
Here are the upgrades planned:
Hawk LTS Pads
Power Slot Rotors
Goodridge SS Lines
3/4 ton calipers
Synthetic Brake Fluid
My ideas for testing (the order of how I would perform them)
1) Test just the improvement from new brake fluid - all the original hardware stays on, just a brake bleed
2) Test Stainless Steel lines - keep original equip on
3) Test the new brake pads - keep the original calipers and original discs on
4) Test the new discs - original pads and original calipers
5) Test new discs and new pads - retain original calipers
6) Test new caliper - use the new discs and new pads (no need to test new caliper on old pads, it will definitely worsen braking)
My one concern - I've heard of seeding new pads to new discs...if I run the tests above, will I essentially screw all of that up by mixing the new pads with old and new discs?
If it turns out I should only use the new pads on the new discs, I'll do the following instead:
1) Test just the improvement from new brake fluid - all the original hardware stays on, just a brake bleed
2) Test Stainless Steel lines - keep original equip on
3) Test the new brake pads and discs - keep original calipers on
4) Test the new caliper - use new discs and new pads (3/4 ton caliper won't be tested with old pads)
If you have a recommendation for a different test or changing up the order on either scenario, please let me know!!
My thoughts are to run the truck up to 60mph x3 and measure the distance. In between each test above, the brakes will certainly have time to cool down as I change out the components. For each test I'll also allow the new components to warm up over a 15 min period of driving in the same area.
It's going to be impossible to control all the variables (ambient temp, hardware temp, etc) but i'll try to keep it as controlled as possible. I'll also take photos of the work in progress so everyone can see.
Anyone interested in this info?
So, i was thinking of doing a complete review of the components individually (and in combination) so folks could make an informed decision of budget v performance. Anyone interested??
Here are the upgrades planned:
Hawk LTS Pads
Power Slot Rotors
Goodridge SS Lines
3/4 ton calipers
Synthetic Brake Fluid
My ideas for testing (the order of how I would perform them)
1) Test just the improvement from new brake fluid - all the original hardware stays on, just a brake bleed
2) Test Stainless Steel lines - keep original equip on
3) Test the new brake pads - keep the original calipers and original discs on
4) Test the new discs - original pads and original calipers
5) Test new discs and new pads - retain original calipers
6) Test new caliper - use the new discs and new pads (no need to test new caliper on old pads, it will definitely worsen braking)
My one concern - I've heard of seeding new pads to new discs...if I run the tests above, will I essentially screw all of that up by mixing the new pads with old and new discs?
If it turns out I should only use the new pads on the new discs, I'll do the following instead:
1) Test just the improvement from new brake fluid - all the original hardware stays on, just a brake bleed
2) Test Stainless Steel lines - keep original equip on
3) Test the new brake pads and discs - keep original calipers on
4) Test the new caliper - use new discs and new pads (3/4 ton caliper won't be tested with old pads)
If you have a recommendation for a different test or changing up the order on either scenario, please let me know!!
My thoughts are to run the truck up to 60mph x3 and measure the distance. In between each test above, the brakes will certainly have time to cool down as I change out the components. For each test I'll also allow the new components to warm up over a 15 min period of driving in the same area.
It's going to be impossible to control all the variables (ambient temp, hardware temp, etc) but i'll try to keep it as controlled as possible. I'll also take photos of the work in progress so everyone can see.
Anyone interested in this info?
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