Interesting observations, Thom.
Cello and I confirmed the benefits of SirSpeedy's very fine tuning of damping on the Graham 2.2. It is far more particular than a 50% move this way or that. To get the most from that arm you really must adjust the damping fluid to within the smallest drop you can pick up with a toothpick.
Our TriPlanar does not act like that. Like you, we find even the tiniest possible amount of damping is too much. IOW, I agree the TriPlanar VII is an essentially low resonance arm that requires little taming. (I won't say "no" taming, since the Schroeder Reference is, IME, slightly quieter.)
Doug
P.S. It is just as easy to fine-tune damping on a TriPlanar as on a Schroeder. Just adjust how much of the screw is submerged in the fluid. There's no need to fiddle the amount of fluid in the trough.
How ironic. The arm that doesn't really need fluid damping provides a quick and easy way to fine tune it. Other arms that need very finely adjusted fluid damping make it a royal PIA to do. What a great hobby! ;-)
Cello and I confirmed the benefits of SirSpeedy's very fine tuning of damping on the Graham 2.2. It is far more particular than a 50% move this way or that. To get the most from that arm you really must adjust the damping fluid to within the smallest drop you can pick up with a toothpick.
Our TriPlanar does not act like that. Like you, we find even the tiniest possible amount of damping is too much. IOW, I agree the TriPlanar VII is an essentially low resonance arm that requires little taming. (I won't say "no" taming, since the Schroeder Reference is, IME, slightly quieter.)
Doug
P.S. It is just as easy to fine-tune damping on a TriPlanar as on a Schroeder. Just adjust how much of the screw is submerged in the fluid. There's no need to fiddle the amount of fluid in the trough.
How ironic. The arm that doesn't really need fluid damping provides a quick and easy way to fine tune it. Other arms that need very finely adjusted fluid damping make it a royal PIA to do. What a great hobby! ;-)