smurphy

Active Member
I'm going to be lifting my Disco by 2inches, so I'm going to weld n redilling the swivel positions 3°. Also I'm going to crank the arms at the chassis end the 3° too. I'm looking to keep the bushes as off the shelf parts as well as the prop shaft
My question is would it be better to cut off n reposition the shocker n spring seat too?
Regards Steve.
 
caster correction bush will still rotate the axel and he will need a wide angle prop which is what he is trying to avoid by drilling the swivels.
 
Mine is my daily driver too, I'm also going to relocate the anti-roll bar or drop it 2inch too. It required on all lifts as it will change the geometry of the suspension, steering and handling. Using correction bushes only adds issues on other things.
If people are fine with doing things just because it's easier than doing it correctly thats their perogative, but I'd rather have it right.
Back to my question, do people think that I need to relocate the spring and shocker seat?
Regards Steve
 
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Mine is my daily driver too, I'm also going to relocate the anti-roll bar or drop it 2inch too. It required on all lifts as it will change the geometry of the suspension, steering and handling. Using correction bushes only adds issues on other things.
If people are fine with doing things just because it's easier than doing it correctly thats their perogative, but I'd rather have it right.
Back to my question, do people think that I need to relocate the spring and shocker seat?
Regards Steve

if your correcting chrome balls why would you need to correct arms as well ,correcting arms would keep geometry of spring plates
 
Doesnt the heat from welding normalise the component rendering any case hardening redundant? I don't personally know but just a thought. Not a component i'd want to weaken.
 
if your correcting chrome balls why would you need to correct arms as well ,correcting arms would keep geometry of spring plates

Using correction arms is what I'm trying to avoid as then brings up other issues like the prop. Thats why I'll alter the arms only at the chassis end as the bushes would be under strain all the time.


Doesnt the heat from welding normalise the component rendering any case hardening redundant? I don't personally know but just a thought. Not a component i'd want to weaken.

I'm unsure if they are hardened as it would also make them brittle. I could always harden them up again.


it would and void your insurance if discovered

As most modifications, plus I have enough confidence in my own abilities to know the wheel won't fall off.:D

Doesn't look like anyone is answering my query so I'll look at how they sit once I have the axel back under.

Regards Steve
 
Using correction arms is what I'm trying to avoid as then brings up other issues like the prop. Thats why I'll alter the arms only at the chassis end as the bushes would be under strain all the time.




you still have prop issue whatever you do
 
In stead of fooking around send them to pressbrake he can bend them for you. You weld on them and they is fooked, will brake
 
you still have prop issue whatever you do

Maybe but it won't be running at extra 3°.

Also where the swivel bolt positions are I could redrill both in new positions save welding all together, but then it wouldn't be a off the shelf part anymore.
 
Hi did you ever do this? I have been considering the same recently however mine is because I will be running a 4" lift and don't want a more expensive prop. I have broken them before so if I can make it work with a standard prop I'd rather do that.

Cheers
 
I wonder if chopping the axle casing would be easier?

Ie use correction arms 3 or 6 degree to sort geometry but chop axle case to rotate diff nose upwards again.

Maybe?

Never sure if I get the wrong end of the stick with these geo things though.

All I know is I have been running a lift for ages using arms and prop and it's great, no ongoing trouble, cruises easy at 85mph.
 
My main concern with that is if it does fail your wheels falling off. By drilling/machining the swivels your only compromising their strength a minimal amount and a failure is unlikely.

Basically I'd like to keep standard arms on to keep the diff pointing towards the gearbox so there is minimum stress on the front prop but adjust the swivels so the swivel is essentially vertical again to prevent bump steer etc. I'm also looking at modifying the front radius arm mounts to put less strain on the bushes. When sitting at ride height.
 
I think you would still need a wide angle prop to cope with the increased amount of travel from fully compressed to fully extended.
 
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My main concern with that is if it does fail your wheels falling off. By drilling/machining the swivels your only compromising their strength a minimal amount and a failure is unlikely.

Basically I'd like to keep standard arms on to keep the diff pointing towards the gearbox so there is minimum stress on the front prop but adjust the swivels so the swivel is essentially vertical again to prevent bump steer etc. I'm also looking at modifying the front radius arm mounts to put less strain on the bushes. When sitting at ride height.

your gearbox wont be pointing at the diff so will still have the same stress at that end.
 
raising the diff nose reduces the work the prop ujs have to do, for sure

and drilling the swivels is considered a fairly regular mod for those that feel that way inclined (no pun intended) so if thats what you want to do youre not on your own by any means.
 
If your
Chopping everything off of the axel and moving it around 3deg. Then why wouldn't you do spring seat? Personally. I'd go prop and arms. I'm all for saving cash but the effort in moving everything eggsakery 3deg around the axel is surly not worth it. I've ran a 2" lift for atleast 4/5
Years now. Just springs and shocks. Nothing has worn out. I'm only changing all the bits to arms and stuff because I want to. Not because I feel I need it.
 

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