Someone already suggested that the king pins were too tight I know I had mine too tight once it wouldn't return to center, if you have been running it tight for a while maybe you created a ridge or something that is stopping it nowSo then I dropped the drag link off the steering arm to test the steering box independently. It cycles lock to lock without any effort.
Just drove it around for a few minutes and it drove fine.
So is the steering box binding under load? I don’t think the axle is the cause but I’m going to put it on jacks now to double check.
Not binding, bypassingSo then I dropped the drag link off the steering arm to test the steering box independently. It cycles lock to lock without any effort.
Just drove it around for a few minutes and it drove fine.
So is the steering box binding under load? I don’t think the axle is the cause but I’m going to put it on jacks now to double check.
Someone already suggested that the king pins were too tight I know I had mine too tight once it wouldn't return to center, if you have been running it tight for a while maybe you created a ridge or something that is stopping it now
Not binding, bypassing
Well with no weight on it it's not the same so if you can't find a problem elsewhere that is a place to lookWhile you typed this I dropped my drag link, jacked the front end up so the tires are off the ground and I can steer it lock to lock if I bear hug a 40. I don’t think it’s the axle binding. I’ve also had three sets of king pin bushings (I have Reid’s now) on this axle while I’ve had steering issues.
Well with no weight on it it's not the same so if you can't find a problem elsewhere that is a place to look
I just wonder if there's something in the box that gives up with resistance or if it's the pump giving up. I don't know well enough how the steering box functions. If there's a valve that moves with change of direction, it sounds like that hangs up.
I was curious about that, cuz @skunked said it worked with the cylinder out of the systemSo going back over this, the main problem is that it has sluggish response, correct?
I saw that you have a box from Redneck Ram, but I saw a similar problem with one from PSC. We tried a smaller pulley from PSC and it didn't cure it, just seemed to make the oil hotter, since the system didn't have a cooler. It melted the PSC sticker on their reservoir.
Anyway, I wouldn't feel guaranteed that a PSC box would cure this, but I don't know why some combinations work so well, while others have problems.
Could it be that you have a couple of things that aren't doing well enough for your application?
@Bent77 , could the spring in the pump relief valve be just low enough that it won't make enough pressure when needed, and maybe there is also something not 100% in the valve section of the steering box? Could these 2 problems stack up when the cylinder is in the system?
So going back over this, the main problem is that it has sluggish response, correct?
I saw that you have a box from Redneck Ram, but I saw a similar problem with one from PSC. We tried a smaller pulley from PSC and it didn't cure it, just seemed to make the oil hotter, since the system didn't have a cooler. It melted the PSC sticker on their reservoir.
Anyway, I wouldn't feel guaranteed that a PSC box would cure this, but I don't know why some combinations work so well, while others have problems.
Could it be that you have a couple of things that aren't doing well enough for your application?
@Bent77 , could the spring in the pump relief valve be just low enough that it won't make enough pressure when needed, and maybe there is also something not 100% in the valve section of the steering box? Could these 2 problems stack up when the cylinder is in the system?
I was curious about that, cuz @skunked said it worked with the cylinder out of the system
Only way to know is redo everything he just undid. Curious what the line pressure is
That's exactly how it works, the valve is supposed to switch sides to help the steering and if it is stuck it could not switch but it is malfunctioning which I don't know how it does it could be flipping the other way before the change of direction and fighting the steering.I just wonder if there's something in the box that gives up with resistance or if it's the pump giving up. I don't know well enough how the steering box functions. If there's a valve that moves with change of direction, it sounds like that hangs up.
So the system is a recirculating ball system where there are balls running on a spiral and I know there are 2 sizes of balls.The most recent issue (before I tore into it yesterday) was a generally slow responding and weak system. However at times the wheel would fight me if I was doing a quick left and then a right turn, the right turn would be damn near impossible. With the ram off those symptoms are gone but it’s your typical weaker system without assist obviously.
Based on what I understand and the fact that the steering works without the ram, I can see how a weak pump could be the culprit.
I can put the ram back on pretty easily. If it’s still an issue after that I have a new pump on the bench. Beyond that I don’t know what else to do besides the steering box.

I've heard of this happening, but would seem like it was correct prior to the pump failure.So the system is a recirculating ball system where there are balls running on a spiral and I know there are 2 sizes of balls.
I wonder if someone put them in the wrong order or in no order, that could cause them to bind from time to time.![]()
That was my first thought but then he mentioned he had been feeling the steering wasn't right from the beginning, that is why I am saying to look at every possible problem.I've heard of this happening, but would seem like it was correct prior to the pump failure.
If the box is suffering an issue now, it would suggest it maybe swallowed some trash upon the pump failure.
Am I right in that thinking?
that is why I am saying to look at every possible problem.