Further to the above
Halcro's TT is a direct drive Victor 101. This turntable employs active speed correction using servos. The error correction detection can only measure the difference in relative speed between the base and the platter - those who have studied engineering, physics and mathematics at university would recognise that this a closed system.
The POD exists outside the closed system, and as such if the POD is moving, the servo correction cannot be correcting for this outside force as it is not in the measurement loop.
Therefore if the POD is moving, theoretically, it would reveal itself in the timeline test.
02-10-15: RichardkrebsA basic understanding of the physics involved would help.
I do not understand how the time line test proves that the pod is not moving? All it is measuring is the platter's speed.
Halcro's TT is a direct drive Victor 101. This turntable employs active speed correction using servos. The error correction detection can only measure the difference in relative speed between the base and the platter - those who have studied engineering, physics and mathematics at university would recognise that this a closed system.
The POD exists outside the closed system, and as such if the POD is moving, the servo correction cannot be correcting for this outside force as it is not in the measurement loop.
Therefore if the POD is moving, theoretically, it would reveal itself in the timeline test.