its funny i was going to ask this question but searched first which led me here
my Jaegar SMR128G - moves very fast and it sometimes overshoots positions only a little but enough to miss peak signal.
i'll just tie a little bag of cement to the dish.
In reality, using a snetwork of parallel-connectoed wirewound resistors in series with the motor is the best idea to drop the voltage from about 36V to, say, 30V, i.e. by about 6V -> simple Ohm's Law calculation of R = V/I where
V = 6V
I - motor current (maybe 2-3A, but I can't remember exactly)
-> R = required value of resistor in Ohms = 2-3 Ohms
But also the total resistor Wattage needs to be at least I Squared x R = 3x3x (2 or3) xat least ->18W-27W -> maybe 3x 10W resistors connected in parallel (maybe something from
here) and fitted in a water-resistant enclosure.
Did something very similar when I had to drive the 24V NEC H-2-H motor (probably Jaeger anyway) of my original NEC 5000 System from the 36V o/p of the Echostar AD3000ip which replaced that Rx