Hiho, I'll do my best. Linear tracking I'm sure we all agree is the theoretical best tech for tonearms mimicking the way the grooves are cut. But it's often too much of a tech challenge to bring about successfully. Well, I can say Vic has managed it in a package that is neater and less prone to operational issues than say what I've heard from the Kuzma Airline, and which at a real world price really gives an advantage over the many pivoted 9" and 12" arms I've heard. It seems to be tonally neutral and transparent. Now, this could mean a sound that is precise but bleached, but nothing could be further from the truth. It has a real start-stop quality like music in real life, but fantastic tone and texture, and this combination of speed and tonal colour is really addictive, and I for one won't be able to go back to a pivoted arm. This is all I believe to correct groove tracing, a short arm wand which is much less likely to be prone to vibrations, and a freedom from vibrations which transmits less colourations. Let me tell you, I so am unaware of tracking errors, that as I came to the lead out grooves of the first lps I listened to, the lack of side-end distortions meant I was really unaware the lp side was coming to an end.
So we have a tonally neutral, but full sound, with speed and transparency, and the elimination of so many analog like tracking distortions with no reduction in the analog "vibe", makes it pretty unique. IMHO.
So, onto the Salvation tt. Vic has spent many a long month finalising his motor to maximise torque, but maintain speed stability, and after many false dawns he found the solution, which is different in execution from say the superficially similar TT Weights tt's. I'm not privy to what these are, but I believe it's obviating the need for an O-ring, keeping the drive wheel small, and having the highest torque motor possible. Additionally, he has dispensed with a speed measuring feedback system like the Grand Prix Monaco tt (which samples the speed 1600 x/sec), preferring a totally analog system where the speed is set w/high torque, and is not sampled and varied accordingly. I believe many of the other dd alternatives have a low torque motor, with a feedback loop, to continually adjust speed. Vic I believe sets the speed at a high torque, and this does a better job at dealing with speed variations caused by stylus drag etc. The end result of this is a highly energetic sound, with very little speed drift, and hence a clarity across the frequency band, transparency resulting from microdynamics which are fully expressed due to maximised speed stability, defeating stylus drag variations, with no "jitter" introduced by digital speed measuring/hunting/adjusting microsecond to microsecond, and synergy with an excellent tracking arm.
So we have a tonally neutral, but full sound, with speed and transparency, and the elimination of so many analog like tracking distortions with no reduction in the analog "vibe", makes it pretty unique. IMHO.
So, onto the Salvation tt. Vic has spent many a long month finalising his motor to maximise torque, but maintain speed stability, and after many false dawns he found the solution, which is different in execution from say the superficially similar TT Weights tt's. I'm not privy to what these are, but I believe it's obviating the need for an O-ring, keeping the drive wheel small, and having the highest torque motor possible. Additionally, he has dispensed with a speed measuring feedback system like the Grand Prix Monaco tt (which samples the speed 1600 x/sec), preferring a totally analog system where the speed is set w/high torque, and is not sampled and varied accordingly. I believe many of the other dd alternatives have a low torque motor, with a feedback loop, to continually adjust speed. Vic I believe sets the speed at a high torque, and this does a better job at dealing with speed variations caused by stylus drag etc. The end result of this is a highly energetic sound, with very little speed drift, and hence a clarity across the frequency band, transparency resulting from microdynamics which are fully expressed due to maximised speed stability, defeating stylus drag variations, with no "jitter" introduced by digital speed measuring/hunting/adjusting microsecond to microsecond, and synergy with an excellent tracking arm.