D
Dougal
Guest
Mother wrote:
> On Wed, 20 Jul 2005 17:13:55 +0000 (UTC), "TonyB"
> <[email protected]> wrote:
>
>>This technique successfully cured an out of true wobble on a car I had which
>>had been kerbed. Normal balancing didn't do the job.
>
>
> I'm somewhat concerned to believe that balancing a wheel 'on the
> vehicle' should be seen as a viable option to compensate for damaged
> steering or suspension.
>
Balancing on the vehicle would not compensate for any damage to the
steering or suspension. As such components do not rotate the question of
balancing is irrelevant. However the effects of a less than perfectly
unbalanced wheel may be more obvious if there is steering/suspension
damage or wear.
The advantage of balancing on the vehicle is that it is a way of
enabling any imbalance of rotating parts other than the wheel/tyre to be
treated without dismantling and balancing each individually. That
imbalance may not be the result of damage sustained. Most rotating
on-vehicle parts will be sufficiently closely balanced to normal
commercial tolerances during manufacture to behave satisfactorily.
Inevitably some will not and on-vehicle balancing is a way out.
Replacing a wheel stud is one possible way of unbalancing a hub
perfectly innocently.
The major disadvantage as previously mentioned is that the wheels/tyres
are then potentially location and orientation specific.
We don't know the full story behind the reported 'cure'. Let's not jump
to conclusions. It might just be the case of a less competant operative
of the off-vehicle balancing or a faulty balancing machine.
> On Wed, 20 Jul 2005 17:13:55 +0000 (UTC), "TonyB"
> <[email protected]> wrote:
>
>>This technique successfully cured an out of true wobble on a car I had which
>>had been kerbed. Normal balancing didn't do the job.
>
>
> I'm somewhat concerned to believe that balancing a wheel 'on the
> vehicle' should be seen as a viable option to compensate for damaged
> steering or suspension.
>
Balancing on the vehicle would not compensate for any damage to the
steering or suspension. As such components do not rotate the question of
balancing is irrelevant. However the effects of a less than perfectly
unbalanced wheel may be more obvious if there is steering/suspension
damage or wear.
The advantage of balancing on the vehicle is that it is a way of
enabling any imbalance of rotating parts other than the wheel/tyre to be
treated without dismantling and balancing each individually. That
imbalance may not be the result of damage sustained. Most rotating
on-vehicle parts will be sufficiently closely balanced to normal
commercial tolerances during manufacture to behave satisfactorily.
Inevitably some will not and on-vehicle balancing is a way out.
Replacing a wheel stud is one possible way of unbalancing a hub
perfectly innocently.
The major disadvantage as previously mentioned is that the wheels/tyres
are then potentially location and orientation specific.
We don't know the full story behind the reported 'cure'. Let's not jump
to conclusions. It might just be the case of a less competant operative
of the off-vehicle balancing or a faulty balancing machine.