Programming Digital servo via the programmer is to be preferred as provides settings,
such as adjusting Deadband and other adjustmentswithout loss of latency orresponse.

Please refer to
. Using the TX requires unequal travel set points
<span style="font-size: smaller">to garner equal surface deflections; accordingly your model may exhibit a more sensitive feel in one direction
than the latter to compensate for the unequal travel arc of the servo arm(s)

</span>. Using (TX) trims, offsets and curves skews the results
<span style="font-size: smaller">and ultimately leaves you with unequal travel volumes and speed of the surface in play.

</span>and sub section
"Servo - Digital &amp; Brushless Servo, Programmers and Software" e.g.
<dt>Digital Servo - Digital (aka FET) Servo &amp; difference with Analogue Servo (PDF).
Digital Servo Instruction Videos - Programming with HFP-10
Digital Servo Programming FAQ - Center &amp; End Point - Adjust to Match TX
Digital Servo Programming FAQ - Center Point May Vary - Why &amp; Correction </dt><dt>Digital Servo - Burnout. Cause &amp; Prevention </dt><dt>Digital Servo - Delayed or Slow Centering at Start up #01 </dt><dt>Digital Servo - High Resolution &amp; Jitter - Why &amp; DIY Cure #02 </dt><dt>Digital Servo - HSR (Robotic) Servo. Do Not Use for Acro or Standard Purposes. </dt><dt>Digital Servo - Stop the Jitter of High Resolution Servo at center </dt><dt>Digital Servo - "Y" together without problem / jitter
Hitec - Digital Servo - Resolution &amp; Driving Frequency - Frame Rates,. </dt><dt>Hitec - Digital Servo Programming Instruction 7XXX 50XX Manual.pdf
and more under
"Radio Systems, Accessories, Alterations and FAQ." at:
Alan's Hobby, Model &amp; RC FAQ Web Links

Alan T. </dt>