Note: G55 is a narrow-band lock tail servo and cannot be directly plugged into the receiver. It can only work by selecting 760us through the gyroscope!
The tail-locking servo is a special narrow-band signal, and it cannot work normally when plugged into the receiver and the servo tester (it shows that the receiver does not move, most of the servos test meanings are also motionless, and a few servo testers can Let the rudder move a little bit, but it doesn't work properly anyway) Only plug it into the gyroscope and select the correct narrow-band signal to make the tail lock servo move (the gyroscope that has not been connected to the computer has not been selected because the correct signal is not selected. It also cannot make the tail lock servo move, K8 selects the second row in the tail lock page)
The default angle of the model remote is about 60 degrees.
The pulse width is 1000-2000us, and the controllable angle is 90 degrees.
Controllable angle of 120 degrees, commonly used in: RC model car, RC model aircraft, RC ship model. Pulse width 900-2100us
Controllable angle 180 degrees, suitable for: robot joints, industrial development, pulse width 500-2500us
Controllable angle 270 degrees, suitable for: robot joints, industrial development, pulse width 500-2500us
Controllable angle of 350 degrees, using magnetic sensor potentiometer, suitable for: robot joints, heads, industrial development, pulse width 500-2500us
360 degree continuous rotation is uncontrollable, commonly used in: stranded wire, industrial development, pulse width 500-2500us
Among them, 1400-1600us is the stop state, and the more you go to 500 or 2500us, the higher the speed and torque (faster).
Metal housing, steel gear, brushless motor
Can be used for: competition-grade helicopter swashplate, narrow-band lock tail, etc.