Found my wobble! Both sperical joints shagged in my panhards
Did they visually move when wobbling the car on the spot? I got the Mrs to give the vehicle a hard shake while I layed underneath and the panhard didn't move in comparison to the chassis the slightest bit. Would you say that means mine are fine?Found my wobble! Both sperical joints shagged in my panhards
So on the front you could physically see it move when turning. Back you could move with some vigorous pushing. I would say your chassis end is ok but diff end might be flogged?Did they visually move when wobbling the car on the spot? I got the Mrs to give the vehicle a hard shake while I layed underneath and the panhard didn't move in comparison to the chassis the slightest bit. Would you say that means mine are fine?
Both ends seem to not visibly move at all. I'm still waiting to install my brace and locker so I'll make sure wheel bearings and kingpin bearings are nice and tight when I do that and go from there. Cheers.So on the front you could physically see it move when turning. Back you could move with some vigorous pushing. I would say your chassis end is ok but diff end might be flogged?
My order of check...What was the biggest single contributing factor in solving your DEATH WOBBLES???
My order of check...
1/ front panhard
2/ front wheel balance and or tyre condition (run out)
3/ king pin preload and or bearings
I must have taken my whoopie to 20 places, not one of them nailed it - probably because a computer can't answer the bloody question for them, gone are the days of good mechanics!! But if you do find a good mechanic please let me know, cause I'm over working on cars - I'm to busy farming!
Anyway, I recently bought a second front panhard to use as a spare for when my bus decides to head shake. Usually its first thing in the morning particularly in winter the head shakes are at there worst - when tyres are cold and have sort of a flat spot from parking overnight on cold ground.
Just 2 weeks ago I noticed my GU tried to do a bit of a head shake, also the front end was getting a little light, just a tad more driving concentration to hold a straight line than usual so I decided to fit the new panhard. All steering drift disappeared, it held a nice straight line and it drove nice again, without a shake.
Interestingly, when the panhards were changed out, the one that came off had absolutely no sign of abnormal movement in the bearings or adjustable thread!
Different things. Road force balance is done on what looks like a normal balancing machine that has a large roller that pushes up against the tyre to simulate the pressure caused by the road.I didn't have the "Death Wobbles" per se, but hhad a wobble in my steering since we purchased it. It was finally solved with something the dealers called a "Road Balance" which I suspect is an "On vehicle balance".
That’s me Ray. I have toe out on 33” about 3mm and on 35” I have 5-6mm toe out.Was reading a post the other day about adjusting toe to be slightly out with bigger rubber?? I would have thought toe in. Anyone care to shed some light? My drivers side amada extreme shock is stuffed (leaked oil) so that's probably not helping and I'm not sure how old the king pins are
Interesting result with the preload difference. I did both sides the same with new bearings and measured preload using a spring balance scales. I made shims to measure from some hard plastic shim material I got a kit of various thickness and just cut out my own to get the preload correct, slightly tight if anything (2 kg).One noteworthy point to take away from the things I have tested is:
Initially the resistance on swivel hubs was higher on the RHS than the LHS. I had a double set of .5mm shims. I wanted a set of .3mm for the LHS but couldn’t find them. So off the car went with two sets of .5mm installed, and 3 days later I found the .3mm shims and installed them to the LHS. The wobbles got worse. So gleaned from this, evidence that with a higher preload predominance on the LHS the intensity of the wobbles increased as opposed to a higher preload predominance on the RHS where the intensity of the wobbles decreased.
I’d say that given what we found with the eroded RHS outrigger offering little resistance to lateral and vertical movement, this was defining the symptom of the LHS behaving worse with more bearing crush. I will road test before/after swapping out those shims again once it’s back from the panelbeater.Interesting result with the preload difference. I did both sides the same with new bearings and measured preload using a spring balance scales. I made shims to measure from some hard plastic shim material I got a kit of various thickness and just cut out my own to get the preload correct, slightly tight if anything (2 kg).