millercarbon,
How do you set up a tangential tracker with overhang? I would call that condition a "bad job" in setting it up, not an optional method. (I'm sure you would too.) Actually, that's one of the dirty little secrets of tangential trackers; you do have to set it up exactly correctly to get the full benefit. Off-center LPs are impossible to get right.
My only thoughts on reading some of the comments to the effect that this or that tonearm sounded "better" with no added anti-skate is that in every case there was some other force that was approximately cancelling the skating force, either bearing friction or wire drag most likely. And this is fine. Since the skating force is varying in magnitude at every point across the surface of the LP, and since anti-skate devices are relatively primitive, whether magnetic or string and weight type, there is no one single setting of any anti-skate device that works perfectly to cancel the skating force. And most users tend to over-compensate. This is why some report that their SQ got better when they disengaged AS. But the core fact is that every tonearm except a perfectly set-up tangential tonearm with a fixed pivot point will generate a skating force. As others mentioned, Peter Ledermann, who makes a living repairing cartridges, testifies that he sees the negative effects of prolonged exposure to the skating force on cartridges he repairs. My own solution is to set AS very low and not to think much about it after that.
How do you set up a tangential tracker with overhang? I would call that condition a "bad job" in setting it up, not an optional method. (I'm sure you would too.) Actually, that's one of the dirty little secrets of tangential trackers; you do have to set it up exactly correctly to get the full benefit. Off-center LPs are impossible to get right.
My only thoughts on reading some of the comments to the effect that this or that tonearm sounded "better" with no added anti-skate is that in every case there was some other force that was approximately cancelling the skating force, either bearing friction or wire drag most likely. And this is fine. Since the skating force is varying in magnitude at every point across the surface of the LP, and since anti-skate devices are relatively primitive, whether magnetic or string and weight type, there is no one single setting of any anti-skate device that works perfectly to cancel the skating force. And most users tend to over-compensate. This is why some report that their SQ got better when they disengaged AS. But the core fact is that every tonearm except a perfectly set-up tangential tonearm with a fixed pivot point will generate a skating force. As others mentioned, Peter Ledermann, who makes a living repairing cartridges, testifies that he sees the negative effects of prolonged exposure to the skating force on cartridges he repairs. My own solution is to set AS very low and not to think much about it after that.