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2. If you are using a remote receiver without a bind button see the section
Binding with Optional Second Remote Receiver
for more information.
Power ON the FC6250HX flight controller and press the bind button on
each remote. The remote will begin flashing, indicating it is ready to bind.
Lower the throttle stick to the stop position on the transmitter, and enter
bind mode.
Once the binding process is complete, the remote receiver LED turns solid
orange, indicating the remote receiver is bound and connected to the
transmitter.
The FC6250HX LED will begin flashing green, indicating a successful bind.
A red flashing LED indicates binding is not successful. Begin the binding
procedure again.
3. In the transmitter menu, select
Forward Programming
.
The transmitter connects to the flight controller, and a menu displays.
4. Navigate to the
Setup
Swashplate
Output Setup
menu.
5. Set the
Frame Rate
to the operating frequency specified by your servo
manufacturer.
6. Select the
Type
menu. Set the swashplate type to match your helicopter’s
configuration. Connect the servos as shown on the transmitter and the
following connection diagram.
Select
Back
, and navigate to the
Direction
menu.
7. Set the servo reversing to ensure that the positive collective pitch stick
moves the servos in the direction of positive collective.
Select
Back
to return to the previous menu.
8. Select the
Sub Trim
menu. The swashplate servos move to the center
position. Use the sub trim adjustments to ensure the servos are level.
Before exiting the menu, ensure the main rotor blades are at 0 degrees
collective and the swashplate is level in the roll and pitch axis.
Select
Back
twice to exit the
Swashplate
Output Setup
menu.
9. Select the
AFR
menu. Verify that the roll and pitch cyclic are moving in the
correct direction by moving the cyclic stick.
To reverse an axis, edit the axis value and invert the sign. Once the
directions are correct, center the collective stick on the transmitter.
SMART ESC
ESC in Port 2
Normal ESC
Servo A
Servo B
Servo C
ESC in Port 1
Servo A
Servo B
Servo C
