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It may be that there is a flaw in some of the aftermarket rotors--but I still see NOTHING that indicates it has anything to do with the plastic. Look, the rotors are all made of the same material--so why don't ALL of them fail? If the plastic is conductive, why can't I measure any resistance in it? (It would have to be on the order of several megohms between the rotor and post, which is easily measurable. I measure infinite resistance on the 2 meg scale of my meter.)
For those of you who've had problems--how did you confirm that it really is a flaw in the rotor? Did you rule out, for example, that the contact radius in the cap is too large, and only rotors that are a bit oversized will work? There are all kinds of things that could go wrong that look like a bad rotor, but are really something else.
Finally, do we really know that the overpriced one does not have whatever flaw the other aftermarket ones have?
I'd still like to hear Moss explain why they are selling defective rotors, and why one that works should be absurdly expensive.
For those of you who've had problems--how did you confirm that it really is a flaw in the rotor? Did you rule out, for example, that the contact radius in the cap is too large, and only rotors that are a bit oversized will work? There are all kinds of things that could go wrong that look like a bad rotor, but are really something else.
Finally, do we really know that the overpriced one does not have whatever flaw the other aftermarket ones have?
I'd still like to hear Moss explain why they are selling defective rotors, and why one that works should be absurdly expensive.