45
f) Dual Rate/Exponential Setting „Dual Rate/Exp.“
The dual rate function:
The dual rate function allows you to reduce the servo deflections of channels 1, 2 and 4 by operating the flight condi
-
tion switch. You can do this to simply and easily reduce the reaction sensitivity of a model which reacts too aggressi-
vely at full extension. Especially for beginners, models with reduced rudder deflections are a lot easier to control.
When a model is used for the first time, it might not yet be clear how sensitively it responds to the control commands.
Therefore it is a proven method to reduce the deflections during flight.
Exponential Function:
In contrast to the dual rate function, the end deflections of the servos are not reduced in the exponential function. The
exponential function merely reacts to the middle range of the control curve. In practice, this means that the reaction
to the control stick is no longer linear,. but forms a curve. When the curve shape is flattened in the middle, the model
will react more sensitively to the control commands in the middle area of the control sticks. This is required when large
rudder deflections are set for extreme aerobatics.
Setting the dual rate/exponential function:
• Switch on the transmitter and call the function setting menu.
• Move the cursor arrow to the menu item „Dual rate/exp.“ with
the two buttons „UP“ and „DOWN“.
• Briefly push the button „OK“ to activate the menu item.
The display shows the displays for the dual rate and exponen-
tial functions for channel 1. At the same time, a control curve
diagram and the flight condition „Normal“ (the switch „SWA“
needs to be in the front position for this) are displayed.
In the flight condition „Normal“, reduced rudder deflections are
set, in flight condition „Sport“, larger ones are used.
• Pushing the buttons „UP“ and „DOWN“ selects the channel in
which the dual rate and exponential values for the flight condi
-
tion „Normal“ are to be set.
• When pushing the button „OK“, the cursor arrow will jump to
the dual rate setting value.
• Push the buttons „UP“ or „DOWN“ to set the reduced servo
deflection. The slant of the control curve changes according to
the setting.
• When pushing the button „OK“ briefly again, the cursor arrow
will jump to the exponential setting value. If the button „OK“ is
pushed and held, the factory parameters are called.
Figure 40a
Summary of Contents for HT-6
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