Jbatlanta, Ultimately you need to do the fine tuning of both VTA and tracking force by ear to get it right. The measurements and the guages (whether for vertical tracking angle or vertical tracking force), simply get you directionally correct. They are never absolutes.
Fortunately, adjusting by ear (by listening) is not as difficult as one might imagine. The trick is to always follow an ITERATIVE PROCESS of adjusting in one direction until you over-correct, then reversing direction until you re-gain your objective. Works for adjusting VTA, and works for adjusting tracking force.
For an excellent description of the process, and for what to listen for, read Lloyd Walker's description for "Fine Tuning Your Turntable" at his web site:
www.walkeraudio.com/fine_tuning_your_turntable.htm
It's not as difficult as one might initially imagine.
To try to answer your specific question, though: In this case, the guidance being given is to have the cartridge canted up slightly to the rear relative to having the (bottom/top of the) cartidge body parallel to the surface of the record. But, whether the .03" refers to the change in height of the arm at the pivot point, or the difference in height from the front of the cartridge body to the rear of the cartridge body, I couldn't begin to say.
Fortunately, adjusting by ear (by listening) is not as difficult as one might imagine. The trick is to always follow an ITERATIVE PROCESS of adjusting in one direction until you over-correct, then reversing direction until you re-gain your objective. Works for adjusting VTA, and works for adjusting tracking force.
For an excellent description of the process, and for what to listen for, read Lloyd Walker's description for "Fine Tuning Your Turntable" at his web site:
www.walkeraudio.com/fine_tuning_your_turntable.htm
It's not as difficult as one might initially imagine.
To try to answer your specific question, though: In this case, the guidance being given is to have the cartridge canted up slightly to the rear relative to having the (bottom/top of the) cartidge body parallel to the surface of the record. But, whether the .03" refers to the change in height of the arm at the pivot point, or the difference in height from the front of the cartridge body to the rear of the cartridge body, I couldn't begin to say.