AR SMOOTH FLITE 16 RRS, User Manual, Page: 22 / 61

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We also provided an input channel MONITOR screen so you
can easily visualise which transmitter channel is assigned to
which servo output and then easily trim and match.
The following example assumes Channel 1 from your
transmitter has been assigned to S01 on the Smooth Flite as
per factory setup.
From the Main Menu tap on the MONITOR button.
The MONITOR screen will appear as pictured right.
From the MONITOR screen, tap the green bar for trans-
mitter input channel 1. This will take you to the INPUTS TO
OUTPUTS screen for transmitter input channel 1 (see right).
With reference to this screen, “ Receiver channel ” 1 (left
most column) is “ Assigned to Smart Bus outputs ” S01, S02,
S03 and S04 shows as column 1,2,3 and 4.
Now, Simply tap on “ Assigned to Smart Bus output ” 1.
You should then see the Sub Trim menu for S01. The words
“ Editing S01 ” will be shown at the top right of the screen
(picture to the right) . This can be used to check you have
selected the correct channel.
Lets now reverse the servo. Tap the SERVO DIRECTION
button. This will change the direction of rotation on the ser-
vo. Tapping the
SERVO DIRECTION button a second time
will set it to its original direction.
Servo Trave Limit
Smooth Flite also offers a Servo Trave Limit function. You
use this feature to set an absolute servo limit irrespective of
any Sub Trim in the transmitter or Smooth Flite. Think of
this as a protection feature that will stop a servo from over-
driving and damaging a control surface.
Example: Dual Flaps 15 point matched with 1 transmitter
channel.
You assign the transmitter flap channel to 2 Smooth Flite
servo outputs. Smooth Flite output 1 controls left Flap while
output 2 controls right flap. You can reverse/reduce the
throw of the left and right flap channel for exact matching.
And for even more precise matching you can apply 15 point
servo matching which is described on the next page.
Servo Sub - Trim: Reversing Method 2