NX3 PRO 3D GYRO Flight Controller Instruction Manual

1. Introduzzjoni

This manual provides detailed instructions for the installation, setup, and operation of the NX3 PRO 3D GYRO Flight Controller. This device is designed to enhance the stability and control of RC fixed-wing aircraft, including airplanes, V-tail configurations, and FPV racing drones. Please read this manual thoroughly before use to ensure proper functionality and safety.

2. Karatteristiċi

• 3D GYRO stabilization for improved flight performance.
• Autobalance function for stable flight.
• Supports various RC fixed-wing aircraft types, including V-tail.
• Disinn kompatt u ħafif.
• Faċli biex tinstalla u tikkonfigura.

3. Kontenut tal-Pakkett

Ivverifika li l-oġġetti kollha huma preżenti fil-pakkett tiegħek:

• NX3 PRO 3D GYRO Flight Controller unit
• Connection cables (if included by manufacturer)
• Manwal ta 'Istruzzjoni (dan id-dokument)

4. Prodott Aktarview

The NX3 PRO 3D GYRO Flight Controller features multiple input and output ports for connecting to your RC receiver and servos. It also includes adjustment potentiometers for fine-tuning control surfaces and mode selection jumpers.

Figure 4.1: NX3 PRO 3D GYRO Flight Controller
This image displays the NX3 PRO 3D GYRO Flight Controller. Key labels visible include: AIL-OUT, ELE-OUT, RUD-OUT, AILR-OUT, AIL-IN, ELE-IN, RUD-IN, AUX-IN, AILR-IN, STATUS LED, and adjustment potentiometers for AIL, ELE, RUD. Jumpers for DELTA, VTAIL, and AIL2 are also present.

4.1. Port Descriptions

• AIL-OUT: Aileron Output
• ELE-OUT: Elevator Output
• RUD-OUT: Rudder Output
• AILR-OUT: Aileron Right Output (for dual aileron setups)
• AIL-IN: Aileron Input from Receiver
• ELE-IN: Elevator Input from Receiver
• RUD-IN: Rudder Input from Receiver
• AUX-IN: Auxiliary Input from Receiver (for mode switching, if supported)
• AILR-IN: Aileron Right Input from Receiver (for dual aileron setups)
• STATUS: LED indicator for operational status.

4.2. Adjustment Potentiometers

• AIL: Aileron gain adjustment.
• ELE: Elevator gain adjustment.
• RUD: Rudder gain adjustment.

4.3. Mode Jumpers

• DELTA: Jumper setting for Delta wing aircraft.
• VTAIL: Jumper setting for V-tail aircraft.
• AIL2: Jumper setting for dual aileron configuration.

5. Setup

5.1. Installazzjoni

1. Mount the NX3 PRO unit securely in your aircraft, ensuring it is level and oriented correctly. The arrow on the unit should point towards the front of the aircraft.
2. Connect the receiver outputs (AIL, ELE, RUD, AUX, AILR) to the corresponding "IN" ports on the NX3 PRO.
3. Connect the servo leads from your aircraft's control surfaces (Aileron, Elevator, Rudder) to the corresponding "OUT" ports on the NX3 PRO.
4. Kun żgur li l-konnessjonijiet kollha huma sodi u polarizzati b'mod korrett.

5.2. Konfigurazzjoni Inizjali

1. Aircraft Type Selection: Set the DELTA, VTAIL, and AIL2 jumpers according to your aircraft's configuration. For standard fixed-wing aircraft, ensure these jumpers are removed.
2. Qawwa Mixgħul: Power on your RC receiver and the NX3 PRO. Observe the STATUS LED.
3. Gyro Direction Test:
   • With the aircraft powered on and the flight controller active, gently tilt the aircraft.
   • Observe the control surfaces. They should move in the opposite direction of the tilt to counteract it. For example, if you tilt the left wing down, the left aileron should move up.
   • If any control surface moves in the same direction as the tilt, reverse the corresponding channel on your RC transmitter or reverse the servo direction in the flight controller's settings (if applicable, consult advanced manual).
4. Aġġustament tal-gwadann: Start with the AIL, ELE, and RUD potentiometers set to their minimum positions. Gradually increase the gain during flight testing to achieve desired stability without oscillation.

6. Modi Operattivi

The NX3 PRO typically offers different flight modes, which can often be switched via an auxiliary channel on your transmitter. Refer to the specific product documentation for detailed mode descriptions and switching procedures.

6.1. Flight Preparation

• Always perform a pre-flight check of all control surfaces and ensure they respond correctly to transmitter inputs and gyro corrections.
• Ensure batteries are fully charged for both the aircraft and the transmitter.
• Fly in an open area, away from obstacles and people.

6.2. In-Flight Adjustments

During initial flights, observe the aircraft's behavior. If the aircraft oscillates or feels overly sensitive, reduce the corresponding gain potentiometer (AIL, ELE, RUD). If it feels sluggish or unstable, increase the gain. Make small adjustments and re-test.

7. Manutenzjoni

• Keep the flight controller clean and free from dust and debris.
• Regularly inspect all wiring connections for looseness or damage.
• Evita li tesponi l-unità għal temperaturi jew umdità estremi.
• Ensure the unit is securely mounted to prevent vibrations from affecting performance.

8 Issolvi l-problemi

9. Speċifikazzjonijiet

• Mudell: ABLFY_DUD_20761
• Tip: 3D GYRO Flight Controller
• Kompatibilità: RC Fixed-Wing Aircraft, Airplanes, V-Tail, FPV Racing Drones
• Input Voltage: (Typically 5-6V from receiver, specific voltage not provided in source)
• Dimensjonijiet: (Not provided in source)
• Piż: (Not provided in source)

10. Garanzija u Appoġġ

This product is typically covered by a limited manufacturer's warranty against defects in materials and workmanship. For specific warranty terms, duration, and support inquiries, please refer to the documentation provided with your purchase or contact the retailer/manufacturer directly. Keep your proof of purchase for warranty claims.

For technical support, please consult online forums or the manufacturer's official website for updated information and community assistance.