Mosin, Would you therefore dismiss any turntable with a light weight platter (and therefore a rather low moment of inertia) as a "contender", just on that basis alone? And if so, what is your cut-off point for "acceptable" inertia, in terms of platter mass? Or do you add in a factor based on intelligent use of friction, so the motor has a more constant opposing force, to partly mimic the effect of a very massive platter? (The 927 appears to have a "heavy" platter compared to that of other well loved idlers, but not in the league with some of the monster belt-drive platters I have seen, e.g., the Walker lead platter.)
There's them that just cannot ever be convinced about the possibilities of direct-drive, so hung up are they on a concept of the servo mechanism as a full-stop/full-go device that they cannot see past it. ANY turntable motor has to be able to respond instantaneously to the varying effects of stylus drag. Yes, lots of platter inertia helps but it cannot be the whole story.
There's them that just cannot ever be convinced about the possibilities of direct-drive, so hung up are they on a concept of the servo mechanism as a full-stop/full-go device that they cannot see past it. ANY turntable motor has to be able to respond instantaneously to the varying effects of stylus drag. Yes, lots of platter inertia helps but it cannot be the whole story.