Flying Thingz FT3007 Yapım Kılavuzu - Sayfa 7
Oyuncak Flying Thingz FT3007 için çevrimiçi göz atın veya pdf Yapım Kılavuzu indirin. Flying Thingz FT3007 8 sayfaları.
Final Preparations
position. The TE of both wings
should be resting in the same
position. Check the mating surface
of the two panels to see if it is
aligned. Sand if necessary to get a
good joint.
28.
Use epoxy to join the center
section. Hold it firmly in position
until cured.
29.
Carve out a cavity in the
foam body under the wing to place
your battery and receiver. Keep
everything as far forward as
possible. Choose a place for
mounting your switch, or remove
the wing to connect power when
flying.
30.
Cover the wings in white and
grey Econocoat or Ultracoat Lite,
and then paint the gull body entirely
white with acrylic paint. The result
looks good, and the finish is also
very light. The birds marking are
then applied: Grey wing tops, white
wing bottoms with black wing tips.
The beak is painted in yellow with
plastic model paint. The eyes can
be painted or glued on using the
pictures below, or purchased at a
craft store. The Gull should be
finished to weigh about 470g.
Attention to the weight during the
Radio Set Up
Flying
31.
2 channels are all that is
required, but you will need mixing
because it is elevon control. Refer
to your radio on how to set this up.
You will want 1.00" of travel to start
with, and the elevons will need to be
in raised upward about 3 deg.
32.
If you have advanced radio
features, set up aileron differential.
You should set it so that the "down"
aileron in a turn moves about 50%
of the "up" ailerons travel. This will
help yaw the plane in the direction
of the turn.
33.
The model should be
balanced before making any test
flights! Balance the bird by placing
your fingers under the wing at the
first gull panel. The plane should
balance slightly (1/4") forward of the
highest point of the wing. This is
essentially a flying wing, so the
balance point is important. Start a
bit in front of the point and do test
glides in tall grass. If the model
wants to dive, move the CG back, if
it quickly climbs, add more weight to
the nose. The desired result is a
gradual glide with no pitch changes.
Experiment with different setting
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