Illustration 8
Secure the wings from the
bottom
with
adhesive
strips 6 and 7.
Illustration 9
Hook the wing supports to the fuselage and the wings on each side.
Adjustment
Adjust the wings, the ele-
vator tail and the vertical
tail. The wings must be
straight to achieve a stable
flight path. Every bend
negatively influences the
flight characteristics.
Now the model is ready for
take-off.
Winding up the rubber
band motor
Before the start, the rub-
ber band must be wound
up by turning the propeller
clockwise
about
200
times.
Do not over wind the rubber
band, it could break.
Launching the model
aeroplane
Hold the propeller and
throw the model into the
wind as illustrated.
The model should only be
used on large open areas
without any hazardous
obstacles.
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Trimming in the Flight
The test flight is made easier by starting the model into the wind.
In the following illustration the various horizontal flight characteristics are shown.
( a ) The model flies a right hand bend. This can be adjusted on the vertical rudder. Push the ver-
( a ) The model flies a left hand bend. This can be adjusted on the vertical rudder. Push the rudder
Now the model should be flying straight forwards. Ideal flight characteristics.
In the following illustration the various vertical flight characteristics are shown.
( c ) The model flies upwards and falls downwards rapidly. This can be adjusted by changing the
( d ) Model dives downwards. This can be adjusted by changing the elevator. Bend the elevator
Now the model should be flying straight forwards. Ideal flight characteristics.
Setting the flight direction
On this model you can determine the flight direction by bending the elevator and the vertical rudder.
Furthermore, the ailerons on the wings can be adjusted. This increases the declination.
Technical Data
Length
Wing span
Weight:
tical rudder slightly to the left, to counteract flight to the right.
slightly to the right, to counteract flight to the left.
elevator. Push the elevator slightly down, to counteract climbing flight.
a little upwards, to counteract the diving flight.
425 mm
465 mm
ca. 55 g
These operating instructions are published by Conrad Electronic SE,
Klaus-Conrad-Straße 1, D-92240 Hirschau/Germany.
The operating instructions reflect the current technical specifications at time of
print. We reserve the right to change the technical or physical specifications.
© Copyright 2007 by Conrad Electronic SE. Printed in Germany.