How 'free floating' should floating rotors be? I ask because I suspect over-torque led to rotor failure at my last track weekend, but as I carefully followed PFC procedure to install the new set, they aren't exactly 'loose'.
The PFC instructions say 10-12 ft-lbs on the bobbins. So I did that. The rotor felt pretty tight. So I backed them off and did 8 ft-lbs just to see. Feels about the same. The rotor will move, but only when nudged with a bump from my palm of my hand. Or a pretty good tug.
Is this normal? Or should they be much more free float, as in slide with very little effort? In order to achieve that, I have to remove pretty much all torque.
I am using a new 1/4" drive Husky torque wrench with inch-lbs settings, so I do not suspect I'm over-torqueing vs the PFC instructions.
Appreciate your time / thoughts / comments.
The PFC instructions say 10-12 ft-lbs on the bobbins. So I did that. The rotor felt pretty tight. So I backed them off and did 8 ft-lbs just to see. Feels about the same. The rotor will move, but only when nudged with a bump from my palm of my hand. Or a pretty good tug.
Is this normal? Or should they be much more free float, as in slide with very little effort? In order to achieve that, I have to remove pretty much all torque.
I am using a new 1/4" drive Husky torque wrench with inch-lbs settings, so I do not suspect I'm over-torqueing vs the PFC instructions.
Appreciate your time / thoughts / comments.
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