Dual Motor RC Aircraft DIY Fixed-wing Glider Differential Circuit

Discover the Dual Motor RC Aircraft DIY Fixed-wing Glider Differential Circuit, a standout hobbies & creative arts pick designed for dependable everyday performance and lasting value.

Specifications

Brand Name: Aideepen

Certification: NONE

DIY Supplies: Electrical

Data Record: No

Electronic: No

Material: Plastic

Model Number: Motor Controller

Output Voltage: Motor Controller

Semi-finishedproduct: No

Size: Motor Controller

Style: Motor Controller

Type: Motor Controller

Features:

1. Ideal for DIY projects such as remote-controlled airplanes and fixed-wing gliders

2. Stable performance up to 100 meters in open areas; worry-free control in complex environments

3. The flight controller in this kit supports a drive current of up to 4A per channel

4. Safe 3-5V DC operation, compatible with mainstream batteries

5. Power indicator light and buzzer ensure safe and reliable operation

Product Specifications

Transmitter Voltage: DC 3–5V

Flight Controller Voltage: DC 3.7V

Flight Controller Drive Current: ≤4A per channel

Control Range: Approximately 100 meters

Product Description

The flight controller in this kit delivers up to 4A of drive current per channel, making it suitable for most brushed RC model motors, such as Hollow Cup 412, 612, 716, 720, 816, 8520, 1020, and standard brushed motors like N20, N30, and N50. Equipped with a gyroscope, the aircraft offers stable flight and easy control, with simple wiring that makes it ideal for DIY projects.

Transmitter Pairing

When the flight controller is powered on, its indicator light will flash. Turn on the transmitter; LED1 will remain steady, LED2 will flash, and the buzzer will sound. After 2 seconds, pairing will begin automatically. Once pairing is successful, the flight controller’s indicator light will remain steady. At this point, quickly push and pull the throttle; when LED2 on the transmitter remains steady, you can control the aircraft. To pair the flight controller with a different transmitter, you must press the small button on the board to complete the pairing.

Testing the Flight Controller Installation

1. Push the throttle to check if the propellers on the left and right motors are blowing air backward. If not, swap the two wires on the motors.

2. Push the throttle slightly and move the left/right rudder stick. When turning left, the right motor should accelerate; when turning right, the left motor should accelerate.

3. Hold the aircraft horizontally with the nose pointing forward. Apply a little throttle and rotate the aircraft left and right around your body as the axis. When turning left, the left motor will automatically increase power; when turning right, the right motor will automatically increase power. This is the gyroscope’s self-adjustment function. When installing the flight controller, ensure the component side faces the ground; otherwise, the gyroscope’s self-stabilization will have the opposite effect.

Note: When selecting a flight controller battery, choose one based on the operating current of the dual motors. It must have sufficient capacity and discharge rate to function properly.

Package Contents

Remote control board *1

Flight controller board *1

PH2.0 connectors *4

Options

• Color: A

Frequently Asked Questions

Q: What is the Dual Motor RC Aircraft DIY Fixed-wing Glider Differential?

A: The Dual Motor RC Aircraft DIY Fixed-wing Glider Differential is a quality hobbies & creative arts pick. Ideal for DIY projects such as remote-controlled airplanes and fixed-wing gliders 2.

Q: What is the Dual Motor RC Aircraft DIY Fixed-wing Glider Differential made of?

A: The Dual Motor RC Aircraft DIY Fixed-wing Glider Differential is made from Plastic Model Number, measuring Motor Controller Style.

Q: Why choose the Dual Motor RC Aircraft DIY Fixed-wing Glider Differential?

A: The Dual Motor RC Aircraft DIY Fixed-wing Glider Differential stands out in our hobbies & creative arts range — Stable performance up to 100 meters in open areas; worry-free control in complex environments 3.