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If the control rod for the elevator function is moved up, the elevator must break out to the bottom. In flight, the landing
gear is then pressed upwards and the model descends. This control function is required to put the model into a normal
light position if it wants to ascend too much due to a control error or a gust of wind.
Figure 19b
If the elevator reacts opposite to the above described function, you can switch the direction of the elevator servo with
the reverse switch (see Fig. 2, Pos. 8).
Rudder function
If the control rod for the rudder function (see figure 2, pos. 3) is moved to the left, the rudder must break out to the left.
This pushes the landing gear to the right in flight and the model will roll around the longitudinal axis to the left due to the
changed flow situation on the wings. You have to slightly pull on the elevator control so that the model does not loose
any height in this slanted position.
Figure 20a
If the control rod for the elevator and rudder functions is moved to the right, the elevator must break out to the right.
This pushes the landing gear to the left in flight and the model will roll around the longitudinal axis to the right due to the
changed flow situation on the wings. You have to slightly pull on the elevator control so that the model does not loose
any height in this slanted position.
Figure 20b
If the rudder reacts opposite to the above described function, you can switch the direction of the rudder servo with the
reverse switch (see figure 2, Pos. 5).
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