ANDREA1

New Member
When i purchased my beloved 90 it was fitted with 4 freestyle alloy wheels with 265 75 16 tyres .
The spare was a chrome modular with 265 70 16 tyre mounted on the rear door (steel wheel nuts).
Just bought a freestyle and 265 70 16 , went to hang it on the rear door to find the bolts on the carrier are not long enough . Also it looks like the tyre would foul the rear wiper .
I have ordered 3x alloy wheel nuts , but the prob is as above .
Regards
Andrea
 
When i purchased my beloved 90 it was fitted with 4 freestyle alloy wheels with 265 75 16 tyres .
The spare was a chrome modular with 265 70 16 tyre mounted on the rear door (steel wheel nuts).
Just bought a freestyle and 265 70 16 , went to hang it on the rear door to find the bolts on the carrier are not long enough . Also it looks like the tyre would foul the rear wiper .
I have ordered 3x alloy wheel nuts , but the prob is as above .
Regards
Andrea
try putting the wheel on back to front
 
I beg to differ, the further it is away from the fixing point the more strain there is, also i didn't say it changed the weight.
The door hinges will be holding the weight of the door plus the weight of the wheel. The wheel mount will be holding the weight of the wheel. My door carrier has adjustable stops on it which the wheel is tightened against so merely reversing the wheel makes no difference to the actual point of contact between wheel and wheel mount. Any increase in leverage will be on the wheel mount and not the door hinges. The small increase in leverage on the wheel mount comes from moving the C of G of the wheel slightly further away from where the wheel mount fixes to the door by nature of the wheel offset. Hence the overall weight of the wheel experienced by the door hinges remains the same.
 
The door hinges will be holding the weight of the door plus the weight of the wheel. The wheel mount will be holding the weight of the wheel. My door carrier has adjustable stops on it which the wheel is tightened against so merely reversing the wheel makes no difference to the actual point of contact between wheel and wheel mount. Any increase in leverage will be on the wheel mount and not the door hinges. The small increase in leverage on the wheel mount comes from moving the C of G of the wheel slightly further away from where the wheel mount fixes to the door by nature of the wheel offset. Hence the overall weight of the wheel experienced by the door hinges remains the same.

you're presuming that there is a wheel carrier, I'm presuming there isn't which i think is the case.
 
The rear door is probably the best place if yer crap at reversing but it WILL **** the door up.

wack it on the bonnet.This also gains 2-3mpg due to aerodynamics changes.
 
The rear door is probably the best place if yer crap at reversing but it WILL **** the door up.

wack it on the bonnet.This also gains 2-3mpg due to aerodynamics changes.

Call me fussy, I like to see out of the winscreen, wurley with a wheel on there the visability is compromised,

stick the wheel on the roof :D:doh:
 
Not had a chance to measure yet but this is the identical type of carrier
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regards
andrea
 

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