

The servo motor is specifically designed for model airplanes and can be customized to meet specific customer requirements. It is suitable for all types of R/C toys and is constructed with aluminum metal teeth, a coreless motor, and double ball bearings. The motor is ideal for small and medium-sized electric model aircraft.
The servo operates effectively within a voltage range of 4V-7V, typically around 5V for both power and signal. The design involves a planetary gearhead module that drives the rudder plate. The control circuit board receives signals and controls motor rotation, which in turn drives gear sets to decelerate and transmit motion to the rudder plate. A position feedback potentiometer connected to the output shaft provides feedback to the control circuit, allowing for precise control of motor direction and speed.
In model aircraft, the servo motor facilitates tilting by manipulating the swash plate through a tie rod. This action synchronizes the tilt of the steering wheel, main propeller, and auxiliary propeller, allowing for directional changes and stabilization even under external interference.
Voltage: customizable No-load Speed: customizable Rated Load: customizable No-load Current: customizable Operating Temperature: customizable Noise: lower than 42dB under stable circumstance Product Description: servo motor for model airplane is designed and developed for designated customers. Below is only the showcase. Besides selling standard products, ZHAOWEI can provide design, research and manufacture for customers based on their specific needs as well. Features: • Fit for ALL kind of R/C Toys • Structural Material: Aluminum metal teeth, coreless motor, double ball bearing • Scope: small and medium-sized electric model aircraft and model. • 3 pole wire Product Name: Servo Motor for Model Airplane Product Description: Servos works well in the range of 4V-7V. The signal is supposed to be at TTL levels. Usually, servos are run near 5V, for both power and signal high. The design principle is that the planetary gearheads module drives the rudder plate to rotate. The control circuit board receives the control signal from the
Open the catalog to page 1signal line and controls the rotation of the motor. The motor drives a series of gear sets to decelerate and transmit to the rudder plate. The output shaft of the servo motor is connected to the position feedback potentiometer. The position feedback potentiometer is driven while the rudder plate rotates. The potentiometer will output a voltage signal to the control circuit board for feedback, and then the control circuit board will determine the rotating direction and speed of the motor according to the position, thus stopping the target. When the aircraft model needs to tilt, the servo motor...
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