Conrad Energy remote control ARF 2185 mm ROC006 Scheda Tecnica

Before starting your model for the first time, you need to familiarise yourself with the control functions and test the 

model functions. 
The following functions shown in figure 10 are only recommendations for mode 2. Go by the options of your radio 

remote control and according to your own ideas for control of all rudders. If all servos are to be connected to a dedi-

cated receiver output when using a high-quality computer radio remote control, approx. 30 cm long servo extension 

cables at the required number must be provided additionally.
The following functions are recommended:
1) Elevator: 
Up/down of the elevators in the same direction (if the rudder function is desired, only possible with V-mixer/computer 

radio remote control; if you do not want any side rudder function, both servos must be connected with a Y-cable)
2) Rudder: 
Contrary control of the elevators (only possible with V-mixer / computer radio remote control)
3) Aileron:  
Contrary up/down of the outer rudder flaps. In a computer radio remote control, the wing flaps can be additionally 

controlled in the same direction for a more agile control conduct. The wing flaps can also improve the model‘s 

gliding performance with slight deflections downwards in the same direction.
4) Butterfly: 
Both ailerons move up in the same direction, the wing flaps move down in the same direction. This function is called 

„Butterfly“ or crow‘s position and used as a landing aid (updraft is reduced). This function can only be set with a 

high-quality computer radio remote control. 
5) Motor: 
Use a switching cabinet to switch the motor on or off. We recommend setting the flight controller to „very soft“ in the 

start characteristics. For this, observe the notes in chapter 14 for programing of the flight controller.

 

Ensure that no loose parts, such as paper, film or other objects can be sucked into the rotor during a 

function test. 

 

Also make sure that the model is held securely during this test run and that no clothing and body parts are 

within the rotation range or danger area of the rotor. Danger of injury!

 

Alternatively, you can loosen the folding propeller from the motor for the setting work. For this, observe the 

notes in chapter 15 on replacing the folding propeller.

Recommended rudder deflections:
Elevator 12 mm / 12 mm  

Rudder 12 mm / 12 mm

Aileron 18 mm / 18 mm   

Folding flaps 18 mm down