Steering Issue - Diagram Inside
Posted: Mon Apr 24, 2006 1:45 pm
I thought my steering box was shagged because I was getting quite a lot of freeplay in the steering so I used the info on here to adjust the box but at the time of adjusment I realised that the freeplay was coming from elsewhere, and I identified the problem.

The shaft connecting the steering wheel to the box has a section in the middle where two parts of the shaft (A and B) connect. In effect, shaft A slides into shaft B and probably goes in about 10cm or so. I couldn't tell exactly. Shaft A and B and square (not round) at the ends where they connect which obviously prevents them from spinning on each other, however, when I grab the area where they join, I can shake it and it's definately not a tight connection. I can tell visually that this is what is causing the freeplay. Imagine a square pipe with another square pipe slid inside it where the inside pipe is a little too small. Sure, it can't rotate completely but it will move.
What is the solution to this problem? Is there a reason that this is not a fixed or welded connection? For those with mechanical experience, I hope you can help me out. I'd like to fix it myself because it all looks very simply. Perhaps I should just wedge some folded alluminium can into the gaps to stop the inner shaft moving inside the second.
Thanks for any help.
Regards, Drew.

The shaft connecting the steering wheel to the box has a section in the middle where two parts of the shaft (A and B) connect. In effect, shaft A slides into shaft B and probably goes in about 10cm or so. I couldn't tell exactly. Shaft A and B and square (not round) at the ends where they connect which obviously prevents them from spinning on each other, however, when I grab the area where they join, I can shake it and it's definately not a tight connection. I can tell visually that this is what is causing the freeplay. Imagine a square pipe with another square pipe slid inside it where the inside pipe is a little too small. Sure, it can't rotate completely but it will move.
What is the solution to this problem? Is there a reason that this is not a fixed or welded connection? For those with mechanical experience, I hope you can help me out. I'd like to fix it myself because it all looks very simply. Perhaps I should just wedge some folded alluminium can into the gaps to stop the inner shaft moving inside the second.
Thanks for any help.
Regards, Drew.