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7. Attach your servos to a receiver so
that you can operate them from a
transmitter. Tape the fuse TE in place
and move the rudder servo. If the fuse
TE shifts during the push rod’s
movement, then you will need to remove
some material from the fuse TE.
Repeat this step as needed until you
can move the torque rod without the
fuse TE moving.
8. Next, you will be working with the
elevator controls. The black, 8-32
bracket for the elevator control arm bolt
is too long as provided so to modify it,
cut it aft of the molded circular recess,
drill a 1/16” hole ¼” away from the
cylinder portion (where the bolt goes)
and then sand a radius at its end.
Thread the bracket onto the elevator
control arm bolt.
9. First install the left stabilizer with
elevator temporarily attached, then
insert the control arm into the left
elevator, and then install the right
stab/elevator. Remember, the short end
of the control arm gets inserted into the
right elevator. Even though the elevator
hinges are not yet glued in, you will still
be able to test the push rod function and
identify where foam needs to be
removed from the fuse TE.
10. Connect the bracket to the elevator
push rod clevis. We flipped the model
upside down in these next few shots to
better illustrate where foam needs to be
removed to allow for free movement of
the control arm bolt and bracket. With
the transmitter, move the elevator
through its travel range and note where
foam needs to be removed. Remove
the stabs/elevators and remove the
foam where needed.
Summary of Contents for T-34C TURBO MENTOR
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