Reely Hendheld RC 2.4 GHz No. of channels: 6 1310037 用户手册

  This menu is only available if a helicopter with swash 90°, 120° or 140° was selected in the system settings 

menu!

In this menu, you can adjust the mixing ratio of the swash plate servos to each other. In this way you can perfectly 

set the correct movement direction and the required angle of deflection or shift path of the swash plate in reaction to

the transmitter control signals. 
Adjusting the swash plate servos:
•  Switch on the transmitter and call the function setting menu.
•  Move the cursor arrow to the menu item „Swash AFR“ with the

two buttons „UP“ and „DOWN“.

•  Briefly push the button „OK“ to activate the menu item.
  The display shows the currently set swash plate mixer (e.g. 

„Swash type 120°“) and the set values for the roll function (Ai-

leron), for the nod function (Elevator) and the pitch function 

(Pitch). 

•  Alternatingly deflect the control ever for the roll function to the

stop and push the buttons up and down to adjust the tipping 

movement to the desired inclination by turning the swash plate 

to the right and left. If a negative value is entered, the move-

ment direction of the swash plate will change.

  The precise values then must be determined and adjusted in 

several test flights.

  If the button „OK“ is pushed and held, the factory parameters 

are called.

•  When pushing the button „OK“ briefly, the cursor arrow will

jump to the nod function.

•  Alternatingly deflect the control ever for the nod function to the

stop and push the buttons up and down to adjust the tipping 

movement to the desired inclination by turning the swash plate 

to the front and rear. If a negative value is entered, the move-

ment direction of the swash plate will change.

  The precise setting values for this function must be determi-

ned by several test flights as well.

  If the button „OK“ is pushed and held, the factory parameters 

are called. 

•  When pushing the button „OK“ again briefly, the cursor arrow

will jump to the pitch function.