Greetings from Monterey Bay.
Just watching a spinning Micro Seiki 5000 with HS-80 inertia unit and a Sutherland Timeline which' laser point is so stable, it almost burns a tiny hole in the wall.
I do agree that speed accuracy is a conditio sine qua non with any serious turntable worth feeding a really good system.
There is indeed no excuse.
I too agree that it is quite a task for most any belt driven turntable.
It is however rather easy for most any thread driven high inertia turntable as well as for most every dd or idler wheel drive.
The elastic nature of most any belt - as well as string and tape - however makes it very difficult for mot belt drive tables.
Start measuring the homogenity of a given belt supplied with a bd turntable.
I mean measuring the mechanical quality of the belt.
Ripple and width/diameter constancy.
A very good reference here are the precision belts supplied by Basis Audio.
Belt driven turntables do need more attention here than the other 3 drive principles.
Greetings from beautiful california coast,
D.
Just watching a spinning Micro Seiki 5000 with HS-80 inertia unit and a Sutherland Timeline which' laser point is so stable, it almost burns a tiny hole in the wall.
I do agree that speed accuracy is a conditio sine qua non with any serious turntable worth feeding a really good system.
There is indeed no excuse.
I too agree that it is quite a task for most any belt driven turntable.
It is however rather easy for most any thread driven high inertia turntable as well as for most every dd or idler wheel drive.
The elastic nature of most any belt - as well as string and tape - however makes it very difficult for mot belt drive tables.
Start measuring the homogenity of a given belt supplied with a bd turntable.
I mean measuring the mechanical quality of the belt.
Ripple and width/diameter constancy.
A very good reference here are the precision belts supplied by Basis Audio.
Belt driven turntables do need more attention here than the other 3 drive principles.
Greetings from beautiful california coast,
D.