Double Jeopardy ?
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Double Jeopardy ?
First time working with full HV digi system (Hitec)
I have a HPP-21 servo programmer and have MX22 Tx (Hitec module) with lot of the same program functions as servo programming (like servo reverse, end points, etc.)
What's preferable? Programming the servo via HPP-21 of programming the Tx?
What are the advantages/ setbacks of each one?
Thanks, V.
I have a HPP-21 servo programmer and have MX22 Tx (Hitec module) with lot of the same program functions as servo programming (like servo reverse, end points, etc.)
What's preferable? Programming the servo via HPP-21 of programming the Tx?
What are the advantages/ setbacks of each one?
Thanks, V.
#2
Senior Member
RE: Double Jeopardy ?
ORIGINAL: vasek
First time working with full HV digi system (Hitec)
I have a HPP-21 servo programmer and have MX22 Tx (Hitec module) with lot of the same program
functions as servo programming (like servo reverse, end points, etc.)
What's preferable? Programming the servo via HPP-21 of programming the Tx?
What are the advantages/ setbacks of each one? Thanks, V.
First time working with full HV digi system (Hitec)
I have a HPP-21 servo programmer and have MX22 Tx (Hitec module) with lot of the same program
functions as servo programming (like servo reverse, end points, etc.)
What's preferable? Programming the servo via HPP-21 of programming the Tx?
What are the advantages/ setbacks of each one? Thanks, V.
such as adjusting Deadband and other adjustmentswithout loss of latency orresponse.
Please refer to
. Using the TX requires unequal travel set points
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)
. Using (TX) trims, offsets and curves skews the results
and ultimately leaves you with unequal travel volumes and speed of the surface in play.
and sub section
"Servo - Digital & Brushless Servo, Programmers and Software" e.g.
<dt>Digital Servo - Digital (aka FET) Servo & difference with Analogue Servo (PDF).
Digital Servo Instruction Videos - Programming with HFP-10
Digital Servo Programming FAQ - Center & End Point - Adjust to Match TX
Digital Servo Programming FAQ - Center Point May Vary - Why & Correction </dt><dt>Digital Servo - Burnout. Cause & Prevention </dt><dt>Digital Servo - Delayed or Slow Centering at Start up #01 </dt><dt>Digital Servo - High Resolution & Jitter - Why & 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 & 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 & RC FAQ Web Links
Alan T. </dt>
#3
My Feedback: (2)
RE: Double Jeopardy ?
ORIGINAL: vasek
First time working with full HV digi system (Hitec)
I have a HPP-21 servo programmer and have MX22 Tx (Hitec module) with lot of the same program functions as servo programming (like servo reverse, end points, etc.)
What's preferable? Programming the servo via HPP-21 of programming the Tx?
What are the advantages/ setbacks of each one?
Thanks, V.
First time working with full HV digi system (Hitec)
I have a HPP-21 servo programmer and have MX22 Tx (Hitec module) with lot of the same program functions as servo programming (like servo reverse, end points, etc.)
What's preferable? Programming the servo via HPP-21 of programming the Tx?
What are the advantages/ setbacks of each one?
Thanks, V.
I believe you need a little of both, if you are using Hitec Digital servos. Setting the Servo Direction, Neutral, and Speed is easy to do and minimizes the need for SubTrim. I am of the mindset that one should avoid the use of Y Harnesses, where possible. JR Matchboxes are a good alternative, but expensive. Once you have the Programmer, programming the servos is free.
I don't believe there is any risk using the Hitec Programmer unless mistakes are made. Checking the Deflection rate for all control surfaces should identify mistakes made when using the Hitec Programmer.