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4 independent mixes can be applied between any master and slave
channel. Each mix, when activated, will let the slave channel be
influenced by its master channel. A fraction of the master channel,
eventually negative, is added to the slave channel. Furthermore,
the slave channel can be shifted up or down by a given value.
The first menu selects the mix to modify. The second menu selects
the parameter of the previously selected mix to modify.
• Master channel: select the channel that will influence the slave
channel.
• Slave channel: select the channel that will be influenced by the
master channel.
• Low side mix: set how much influence the master channel will
have when on its low side (Ieft side for the steering channel
and brake side for the throttle channel). A negative value will
influence the slave channel on the opposite direction. 50% adds
half of the master to the slave. 0% doesn’t influence the slave.
• High side mix: same as the low side mix but on the high side
of the master channel (right side for the steering channel and
acceleration side for the throttle channel).
• Offset: adds the offset value to the slave channel. A negative
value will shift the slave channel toward its low side.
When modifying the low side mix, the high side mix or the offset,
the master channel (at the top) and the slave channel (at the
bottom) are displayed in real time.
In this example, the first mix is activated, the throttle is the master.
The channel 4 is the slave and the low side mix is set to 50% thus
having the channel 4 being added half of the value of the throttle
when braking.
• The activation of each of the 4 mixes function can be assigned
to a push button.
• The low side of each mix can be assigned to a trim switch.
• The high side of each mix can be assigned to a trim switch.
• The offset of each mix can be assigned to a trim switch.
Mixes
This function displays in real time the position of the 4 servos.
The test button let the 4 servos to move slowly between
their respective end points.
This allows to test the consistency of the mechanics of the model.
Display servos