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Rear Hubs/bearings

Before we start crying "fake news" let's go to MGA Guru Barney Gaylord's page on the topic where he regards 150 ft/lbs as a minimum:for the slightly smaller MGA nut:

Barney is the guru and I can buy his reasoning for the high torque, but when he says a normal human can't strip the nut, I beg to differ. Although it is a bit smaller than the Healey nut (I don't know how large an MGA nut is), as I said I stripped the nut on my MG Midget while trying to turn the left-hand nut the wrong way to get it off, and I wasn't using any extraordinary breaker bar. Maybe I'm not normal? Whether it's doing any damage internally or not, I don't know since I haven't removed that Lok-Tited nut in more than 25 years. I can't remember any extraordinary effort to get the Healey nut off, either, other than needing an octagonal socket.
 
I don't see where this torque is relevant - when you tighten the nut, it comes to a sudden stop against the lock washer and the hub of the bearing, which do not have any give. There's no adjustment range - it's either loose or tight.
 
For what it's worth, I contacted Healey Surgeons, and he says 75 foot pounds.

I think Steve Gerow has a very valid point.
 
Soooooo ... An irrelevant 75 ft-lbs?

I jest. Just torque the snot out of it, and be sure to fold the locktab properly (I do it on a flat of the nut, not a corner). But, I don't buy the 'sudden stop' theory--more torque will almost always yield more movement (even if you may just be stretching the threads).
 
... Just torque the snot out of it, and be sure to fold the locktab properly (I do it on a flat of the nut, not a corner). But, I don't buy the 'sudden stop' theory--more torque will almost always yield more movement (even if you may just be stretching the threads).

Yes, more torque stretches the metal. Just stay in the elastic range below the yield point.
 
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