RC Plane Kit with Gyro Stabilization, 2.4GHz Dual-Motor Controller for DIY Projects(Green)

Compact flight controller kit for DIY RC aircraft What this product does - Provides stable twin-motor control and gyroscopic stabilization for DIY RC airplanes, fixed-wing models, and similar projects. - Delivers reliable radio control out to about 100 meters in open environments and maintains dependable control in more complex scenarios. - Supplies up to 4 A drive current per channel to support a wide range of brushed DC motors. Key benefits - Stable flight and easier piloting thanks to the onboard gyroscope and automatic self-adjustment during turns. - High drive current supports common brushed motors used in model aircraft, reducing the need to upsize electronics. - Safe low-voltage operation with DC 3 to 5 V remote power and DC 3.7 V flight board power, compatible with common battery types. - Simple wiring and clear pairing procedure make the kit ideal for fast assembly and testing in DIY builds. - Built-in LED indicators and a buzzer give clear status feedback during pairing and operation. Important specifications - Remote control board supply voltage: DC 3 to 5 V. - Flight control board supply voltage: DC 3.7 V. - Drive current: up to 4 A per channel. - Radio range: approximately 100 meters in open areas. - Connectors included: four PH2.0 connectors. Compatibility and performance - Designed for most brushed RC motors, including Hollow-Cup series 412, 612, 716, 720, 816, 8520, 1020 and standard brushed motors N20, N30, N50. - Gyroscope-assisted stabilization adjusts motor output automatically during yaw to help keep flight steady. - Recommended for use where compact, low-voltage control and reliable twin-motor management are required. Quick setup and pairing - Power the flight controller; its status LED will flash. - Turn on the remote; LED1 stays lit, LED2 flashes and a buzzer sounds. Pairing begins automatically after about 2 seconds. - After successful pairing the flight controller LED stays on. Move the throttle quickly up and down; when LED2 on the remote lights, control is active. - To pair with a different remote, press the small button on the flight board once to begin rebinding. Installation and testing tips - Check propeller thrust direction by briefly opening throttle; propellers should blow air backward. If a motor spins the wrong way, swap the two wires connected to that motor. - With slight throttle, move the left and right sticks. When turning left the right motor should increase RPM; when turning right the left motor should increase RPM, confirming correct motor response. - With the aircraft nose level and light throttle, yaw the airframe around your body axis. The gyroscope will automatically adjust motor outputs to stabilize turns. - Mount the flight control board with the component side facing down; incorrect orientation will invert gyro stabilization. - Choose a battery that covers the combined operating current of both motors and provides sufficient capacity and discharge rate for normal operation. Typical applications - Homebuilt twin-motor trainers and fixed-wing models for hobby pilots and DIY builders. - Converting foam or balsa sport planes to twin-motor configurations using common brushed motors. - Educational projects and prototypes that require a compact flight controller with simple wiring and reliable stabilization. Package contents - Remote control x1. - Flight control board x1. - PH2.0 connectors x4. This kit gives hobbyists a compact, easy to install flight control solution with reliable range, up to 4 A per channel drive capability, and gyroscopic stabilization for smoother flights.