Sugarbrie, I hear a lot of tripe about transports (not your post) where a flimsy tray pops out and the assumption is the transport is flimsy. Or the solid looking tray of a Meridian comes out and there are sighs of satisfaction. This is just ignorance. The trays are not in contact with the disc as it spins except for a few like the Pioneer stable platter mechanisms. The most important issues are the quality of the motor's bearing, the speed of the servo mechanism and the overall mechanical/vibration qualities of the box.
The servo in the Pioneer is way better than CD players of a few years ago. In fact the servos in DVD players have to be fab because of the smaller pits that have to be read. The flimsiness of the Pioneer is not a bad thing. I look at these things as making sure you keep the ratio of mass to rigidity in reasonable bounds (throwing lots of mass into a transport that does improve rigidity is a mistake in my opinion). And you really want as little mass as possible so that the energy is quickly dissipated into the support under the player. Given its low mass then the Pioneer's rigidity may not be as bad as you think.
Having played around with my share of transports (including owning an unmodified Pioneer (for playing DVDs and DADs), I reckon the Pioneer's ability to read the pits of CDs is very good indeed, that its overal structural integrity is adequate if judicious damping (ie small amounts)is used, but certainly not ideal, but that its digital output section is way below what you would want, and you really need to start again as far as the analogue section is concerned. Therefore the bits that need modification are really fairly easy to do. I am sure Stan is very capable of dealing with these last two areas.
The servo in the Pioneer is way better than CD players of a few years ago. In fact the servos in DVD players have to be fab because of the smaller pits that have to be read. The flimsiness of the Pioneer is not a bad thing. I look at these things as making sure you keep the ratio of mass to rigidity in reasonable bounds (throwing lots of mass into a transport that does improve rigidity is a mistake in my opinion). And you really want as little mass as possible so that the energy is quickly dissipated into the support under the player. Given its low mass then the Pioneer's rigidity may not be as bad as you think.
Having played around with my share of transports (including owning an unmodified Pioneer (for playing DVDs and DADs), I reckon the Pioneer's ability to read the pits of CDs is very good indeed, that its overal structural integrity is adequate if judicious damping (ie small amounts)is used, but certainly not ideal, but that its digital output section is way below what you would want, and you really need to start again as far as the analogue section is concerned. Therefore the bits that need modification are really fairly easy to do. I am sure Stan is very capable of dealing with these last two areas.

