I like the idea. Just trying to find a more convenient mounting location.Not with the door closed there's a little junk basket on the door panel that takes all that room up.
I like the idea. Just trying to find a more convenient mounting location.Not with the door closed there's a little junk basket on the door panel that takes all that room up.
NO, unless you want to buy him a crate of backing plates since he will break the anchor pin off every time he does a front dig and locks down one side in the rear.I really admire your approach but beyond the realm of what I'd be doing... I'm sure you thought of this but independent E-brake control?
Ahhhh glad I didnt try it! Already replaced the backing plate once this year.NO, unless you want to buy him a crate of backing plates since he will break the anchor pin off every time he does a front dig and locks down one side in the rear.
That is a freaking GREAT idea!!! Cool that I already bought two sets of handles.BTW- on the ball valve thingy. What I had in mind is you close the ball valve to one side before you push down on the pedal. That way you can modulate the pressure to the side you need to hold.![]()
Takes 3 valves. 1- front circuit to stop from applying front brakes. The other 2 go on each rear line. Ideally they would be electric solenoid valves, simple easy install that way.for a minute i thought it was to feather the E brake on 1 side.
but y'all are talkin about interrupting the line so only only 1 wheel receives pressure from the sys, when engaged?
hmmm.
made me look.Takes 3 valves. 1- front circuit to stop from applying front brakes. The other 2 go on each rear line. Ideally they would be electric solenoid valves, simple easy install that way.
Line locks or roll control valves need to be investigated. They are designed to hold pressure after you push the brake pedal down to stop the rig from moving on the start line for drag racing. I can't get clear in my head if they need to be mounted backwards.
There are continuous duty versions. The reason I think they may have to be mounted backwards is I saw mention of some of them having a check valve that lets you apply more pressure after they are applied.made me look.
IDK, i see 1 mention of piping it backwards in a CJ on a Summit Racing product review, no real details.
is there any difference between locking pressure in a line vs a direct push from the MC. could the MC cause a blow back effect a trapped pressure wouldn't, does that even make sense?
then i see crap on Holleys info that says 60s max on the solenoids or they can cook fuses.
Ahhhh yes that's why no one does it, you'd have to shutoff the front brakes and the one rear you don't want to use.Takes 3 valves. 1- front circuit to stop from applying front brakes. The other 2 go on each rear line. Ideally they would be electric solenoid valves, simple easy install that way.
Line locks or roll control valves need to be investigated. They are designed to hold pressure after you push the brake pedal down to stop the rig from moving on the start line for drag racing. I can't get clear in my head if they need to be mounted backwards.
I've never been where that would be an issue.Ahhhh yes that's why no one does it, you'd have to shutoff the front brakes and the one rear you don't want to use.
This makes no sense to me.Ahhhh yes that's why no one does it, you'd have to shutoff the front brakes and the one rear you don't want to use.
Also true, the other wheel spinning on open diff can help but I thought most people did the front dig in fwd only? I'm not experienced in this.... Just installing atlas now.This makes no sense to me.
Unlock the rear diff, lock the pivot tire with the brake and dig around....
The open rear will help push. At least thats how it works in our soft goo around here.
That's part of why I went handles also, totally on the fly. Could grab them going 80 if I wanted to lol.Sounds like you're already past the idea, but I would want to use them on the fly and not have to stop, lock up all brakes, and then release to line lock just one caliper. Seems that'd be very slow.