What Happened To Wanakee

Interference with a micro servo

One of the first steps required of the new models is the replacement of the steering servo with a more powerful one.
This substitution typically leads some problems with interference due to the nature of the receivers used in entry-level systems that have an internal circuit called a BEC (battery eliminator circuit).
This circuit allows the use of the receiver on electric models, without requiring a separate battery pack for the servo, as it reduces the input current from 7.2 volts to 4.8 volts required for the functioning of servants also limits the rating. A powerful
servant "sucks" a lot more current and therefore a servant echo the second servant is not getting enough energy to function properly. The tangible demonstration of this phenomenon eco-shake is the servant who comes to you and not 50% of the necessary support.
To resolve this issue so we have to by-pass the BEC. If we experienced
electronic models, we can do by modifying the internal circuitry of the receiver, but beware of the warranty void!
Otherwise we have a simple and affordable solution that is to get a Y cable and connect the unit to serve as design guidance:

First we eliminate any switch that is not practical and can cause problems if the contacts are not perfect, the lighting of the RX radio will be with the introduction the cable to plug in the red 2-pin female cable Y
On the female plug the servo control more powerful, while the plug of the Y cable to insert into the receiver, where the first inserted directly into the actuator. The other servant eco insert it in the usual place. You will notice that the outlet where you had first entered the power (direct or via switch) now remains.
not worry it will work anyway. In fact I recommend you try before sealing the wiring and seal the receiver.
also recommend that you use a battery pack with batteries welded and not stuffed in small springs as there is evidence that the risk of false contacts is quite high and therefore not always successfully pass enough current to power the equipment and receiver.
So we recommend that you pay the poles of our cells to form a battery pack efficiently.