Didn't work for me Doug!
Whilst your methodology sounds very convincing, I tried it on my Raven AC with Hadcock GH228 and it failed.
I have had the ZYX UNIverse for 1 year and thought I was tracking it at 1.9gm until I bought a digital gauge which showed I was tracking at 2.4gm.
Mounted the same Hadcock on the Raven AC a month ago and by following Arthur Salvatore's method of VTF, I found it sounded best at 2.33gm.
I tried your method and played the RCA Reiner Pines of Rome with the climactic strings at the end (close to spindle, max tracking error?).
The strings sound just as horrible at 1.5gm, 1.7gm and 1.9gm.
I couldn't discern what the 'mistracking' you describe actually SOUNDS like?
It then dawned on me why Arthur's methodology was better than yours?.........you approach it from the point of view of 'finding the BAD sound and moving up slightly from that?'
Arthur relies on finding the GOOD sound and building on that....see his method attached below.
I actually found that I heard none of your aural descriptions on HF and bass when I followed your methodology but I found a HUGE difference in sound quality, depth and staging when I used Arthur's.
The fact that I'm tracking much higher than you and apparently the other users here is a little worrying?.....but perhaps it's all system dependent?
I'm getting the Continuum Copperhead this week together with the Dynavector DV1s and I get my Schroeder Ref arm in a month so I'll be able to mount the ZYX in both to compare it to the Hadcock.
Philosophically I prefer Arthur's 'Glass half full' method to your 'glass half empty'?.....sorry.
A Vertical Tracking Force (VTF) Procedure
Here's a simple, four-step procedure that anyone can use if they have an accurate digital gauge and a tonearm with fine and repeatable VTF adjustability.
Step 1. Start with the VTF at the lowest recommended setting and increase it .1 grams at a time. The sonics will get better each time, but when they inevitably deteriorate, stop. All that's relevant now are the last three .1 gram positions. You are now "in the ballpark".
Step 2. Of the three relevant .1 gram positions from Step One, choose the middle position as the "ballpark", but reduce the ballpark VTF by .05 grams. Then go back up .05 grams per step until the sonics deteriorate, then stop.
Step 3. If there are three positions in Step Two, then the middle one is the new "ballpark". If there are only two positions from Step Two, then it's the lower one. This time go down only .02 grams from the new ballpark and then increase it the same amount until you hear a deterioration. The last position before the deterioration is usually the optimized setting. However...
Step 4. For fine tuning, and also verification, the position which sounded best in Step 3 should be compared with positions .01 grams both above and below it. Even ultra-fine tuning can now be attempted, if you want to become fanatical about it.
Whilst your methodology sounds very convincing, I tried it on my Raven AC with Hadcock GH228 and it failed.
I have had the ZYX UNIverse for 1 year and thought I was tracking it at 1.9gm until I bought a digital gauge which showed I was tracking at 2.4gm.
Mounted the same Hadcock on the Raven AC a month ago and by following Arthur Salvatore's method of VTF, I found it sounded best at 2.33gm.
I tried your method and played the RCA Reiner Pines of Rome with the climactic strings at the end (close to spindle, max tracking error?).
The strings sound just as horrible at 1.5gm, 1.7gm and 1.9gm.
I couldn't discern what the 'mistracking' you describe actually SOUNDS like?
It then dawned on me why Arthur's methodology was better than yours?.........you approach it from the point of view of 'finding the BAD sound and moving up slightly from that?'
Arthur relies on finding the GOOD sound and building on that....see his method attached below.
I actually found that I heard none of your aural descriptions on HF and bass when I followed your methodology but I found a HUGE difference in sound quality, depth and staging when I used Arthur's.
The fact that I'm tracking much higher than you and apparently the other users here is a little worrying?.....but perhaps it's all system dependent?
I'm getting the Continuum Copperhead this week together with the Dynavector DV1s and I get my Schroeder Ref arm in a month so I'll be able to mount the ZYX in both to compare it to the Hadcock.
Philosophically I prefer Arthur's 'Glass half full' method to your 'glass half empty'?.....sorry.
A Vertical Tracking Force (VTF) Procedure
Here's a simple, four-step procedure that anyone can use if they have an accurate digital gauge and a tonearm with fine and repeatable VTF adjustability.
Step 1. Start with the VTF at the lowest recommended setting and increase it .1 grams at a time. The sonics will get better each time, but when they inevitably deteriorate, stop. All that's relevant now are the last three .1 gram positions. You are now "in the ballpark".
Step 2. Of the three relevant .1 gram positions from Step One, choose the middle position as the "ballpark", but reduce the ballpark VTF by .05 grams. Then go back up .05 grams per step until the sonics deteriorate, then stop.
Step 3. If there are three positions in Step Two, then the middle one is the new "ballpark". If there are only two positions from Step Two, then it's the lower one. This time go down only .02 grams from the new ballpark and then increase it the same amount until you hear a deterioration. The last position before the deterioration is usually the optimized setting. However...
Step 4. For fine tuning, and also verification, the position which sounded best in Step 3 should be compared with positions .01 grams both above and below it. Even ultra-fine tuning can now be attempted, if you want to become fanatical about it.