
.
197. Set the rudder in neutral position. Mark the servo end of the smaller (inner) nylon pushrod tube exactly 1" from the hole in
the rudder servo arm. Cut off the nylon tube at the mark.
198.
(Recall steps 193, 194, 195.) Cut another 10" Threaded Steel Rod to 7" overall length. Slide the plain end of the rod inside
the servo end of the inner nylon pushrod tube, and screw a minimum of 1/8" of threads into the tubing. Screw a nylon R/C
link halfway onto the exposed threads of the steel rod. Clip the R/C link into the rudder servo arm.
199.
Temporarily plug the rudder servo into the receiver and test the operation of the rudder. If you sense any binding in the
rudder movement, find the cause and fix it now. With full right and left movement of the transmitter’s rudder control stick, the
rudder should move approximately 1" right and 1" left.
NOTE: If you are not getting the correct amount of rudder travel, try moving the nylon R/C link to a different hole in the
servo arm. Also, fine tune the overall length of the rudder pushrod, by screwing one or both of the nylon R/C links further in
or out, until the rudder is exactly neutral when the transmitter stick (and trim lever) is neutral.
Elevator Control
200.
(Recall step 192.) Mount the Medium Nylon Control Horn (5 holes) on the bottom of the Elevator using two #2 x1/2" Sheet
Metal Screws. NOTE: The control arm of the Elevator Horn should be exactly in the center of the tail opening so that the
R/C link won’t scrape on the sides of the fuselage.
201.
(Recall steps 193, 194, 195.) Cut a 10" Threaded Steel Rod to 7" overall length. Slide the plain end of the steel rod inside a
piece of Small Dia. Nylon Pushrod Tubing (1/8" O.D. x38" long), and screw a minimum of 1/8" of threads inside the tubing.
Screw a Nylon R/C Link halfway onto the exposed threads of the steel rod.
202.
Slide the elevator pushrod (from the elevator end) inside the larger nylon pushrod
tube that is already in the fuselage. Slide it in until the nylon R/C link can be
snapped into the bottom hole of the elevator control horn. Now reach into the
fuselage and try operating the elevator pushrod from the servo end. It should work
smooth and easy. If not, figure out why and fix it.
203.
Set the elevator in neutral position. Cut off the servo end of the smaller (inner)
nylon pushrod tube exactly 1" from the hole in the elevator servo arm. Cut another
10" Threaded Steel Rod to 7" overall length. Slide the plain end of the rod inside
the servo end of the inner nylon pushrod tube, and screw a minimum of 1/8" of
threads into the tubing. Screw a Nylon R/C Link halfway onto the exposed threads
of the steel rod. Clip the R/C Link into the elevator servo arm.
204.
Temporarily plug the elevator servo into the receiver and test the operation of the
elevator. If you sense any binding in the elevator movement, find the cause and fix
it now. With full up and down movement of the transmitter’s elevator control stick,
the elevator should move approximately 9/16" up and 9/16" down.
NOTE: If you are not getting the correct amount of elevator travel, try moving the nylon R/C link to a different hole in the
servo arm. Also, fine tune the overall length of the elevator pushrod, by screwing one or both of the nylon R/C links further
in or out, until the elevator is exactly neutral when the transmitter stick (and trim lever) is neutral.
Содержание KADET LT-40
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