Hesnodgrass,
If you have the time and inkling to do so, here is what I would recommend with your EXISTING equipment.
Motor you dish to several satellites from your furthest east to nearest due south to furthest western satellite you can receive.
Make a log of one or two HOR TPs and one or two VER TPs on each satellite and record your signal quality readings from each.
Then, take your dish OFF the motor, remove the motor from the mast and install the dish on the mast and realign it as a single,
fixed point dish and recheck all the satellites and TPs that you did previously with the motor.
This will inform you of the BEST possible signal quality that you can expect from all of these satellites and TPs without the variable
of the H-H motor alignment entering into the equation. You see that without the motor, you can align the dish to the ultimate angle
for each sat and record the maximum signal quality you can achieve with your current dish, LNBF and receiver.
Now you can compare your previous results using the H-H motor with the best possible results from a single point dish, the same dish,
and that will verify if you had a MOTOR alignment issue or not. At least it will provide you with signal quality level "goals" to achieve when
incorporating your H-H motor.
Beyond this, you will be able to identify if you may have a problem with your equipment, beyond just an alignment issue.
If you know that you should probably read a signal quality level near 75% on a specific sat and TP, and you obtain only
55% with the motor or without, then you may have an LNBF with a major drift in the L.O. frequency, a poor tuner or
some similar defect. Basically, if you are doing your alignment appropriately, you can rule alignment out as a fault if you
try it with and without a motor and obtain the identical or nearly identical results.
You have to think in terms of "how many variables can I eliminate" to provide yourself with a baseline measurement, a
measurement that you can compare your results against as you test each and every hypothesis.
I hope that my reasoning here seems like a sound practice to you, I think it will benefit you if you subscribe to this approach.
Good Luck and happy hunting!
RADAR