Alex, that sounds like a workable idea. Maybe you should try a mock-up of it and see how it sounds.
That's all I did. I had an idea, and tried it out to see if it worked to produce better sound for me. I'm sure that there are plenty of other improvements to be discovered, that none of us has thought of yet.
The stuff that I made is just another "stepping-stone" towards improved sound and improved design ideas in tonearms. There will be others who are spurred on to make further improvements on top of what I have done, or entirely different directions. I'm just glad to have been able to contribute something back to the hobby.
Regarding your particular design idea above, I think it is interesting to use a counterweight "lift" in front of the bearing, instead of a "see-saw" behind the bearing. This may have some interesting resonance effects, and possibly with careful implementation, could result in some resonance-reducing effects in the armtube. This would require experimentation.
I think it would be worthy of trying out to see just what you can get out of it. After all, tonearms aren't the most complex items in the world, and most of us could actually build a whole tonearm that sounds quite good, if we set our minds to it.
I enjoy seeing some other insights into the tonearm design issue, and love to see the seeds of innovations being brought to life.
Go for it.
That's all I did. I had an idea, and tried it out to see if it worked to produce better sound for me. I'm sure that there are plenty of other improvements to be discovered, that none of us has thought of yet.
The stuff that I made is just another "stepping-stone" towards improved sound and improved design ideas in tonearms. There will be others who are spurred on to make further improvements on top of what I have done, or entirely different directions. I'm just glad to have been able to contribute something back to the hobby.
Regarding your particular design idea above, I think it is interesting to use a counterweight "lift" in front of the bearing, instead of a "see-saw" behind the bearing. This may have some interesting resonance effects, and possibly with careful implementation, could result in some resonance-reducing effects in the armtube. This would require experimentation.
I think it would be worthy of trying out to see just what you can get out of it. After all, tonearms aren't the most complex items in the world, and most of us could actually build a whole tonearm that sounds quite good, if we set our minds to it.
I enjoy seeing some other insights into the tonearm design issue, and love to see the seeds of innovations being brought to life.
Go for it.