WOWOBONTOY FLYWING H1 Pro RC Helicopter Flight Controller User Manual

Wstęp

The FLYWING H1 Pro is an advanced RC helicopter flight controller designed to provide stable and precise navigation for flybarless RC helicopters. This autopilot system features dual GNSS positioning, a suspended IMU, and GPS Return to Home capabilities, making it suitable for H3 and HR3 swashplate helicopters. This manual provides essential information for the setup, operation, and maintenance of your H1 Pro flight controller.

Image: The FLYWING H1 Pro flight controller unit, highlighting its smart autopilot system and anti-interference CAN BUS GPS.

Główne cechy

• Professional RC Helicopter Flight Controller: Autopilot system with dual GNSS positioning and suspended IMU for stable navigation.
• Advanced Flight Stabilization Algorithm: Upgraded IMU fusion and RPM filtering enhance vibration resistance, flight smoothness, and precise control.
• GPS Return to Home Safety System: Supports one-key RTH and low-battery auto return with automatic climb and landing.
• Manual 3D Flight Control Modes: Offers Soft, Standard, and Sport sensitivity modes for various flying styles, including full manual 3D aerobatic flight.
• Zgodność: Designed for H3 and HR3 swashplate helicopters.

Organizować coś

Proper installation and configuration are crucial for the optimal performance of the H1 Pro flight controller. The system requires installation and configuration via the H1 Pro Assistant software.

Helicopter Type Compatibility

The H1 Pro supports H3 and HR3 flybarless helicopter swashplate configurations. It is compatible with most helicopter sizes ranging from 280 to 900 class.

Image: Diagram illustrating the H3 and HR3 swashplate configurations supported by the H1 Pro flight controller.

Połączenia i zasilanie

• Typy odbiorników: Supports S-BUS, PPM, i-BUS, WBUS, SUMD, and ELRS receivers. DSM2/DSMX receivers require an adapter.
• Tomtage Zakres wejściowy: 6V-13V, powered by the ESC BEC.
• Serwa: Supports up to 12V servos (requires BEC support for 12V output).

Image: Close-up of the H1 Pro's specialized sockets, designed for secure and robust connections with wider spacing and a fool-proof design.

Wymagania programowe

The H1 Pro Assistant software is required for configuration. It is compatible with Win10 and Win11 (64-bit) operating systems.

Tryby pracy

The H1 Pro offers various flight modes to suit different piloting preferences and conditions.

GPS Mode + ATT Mode

In addition to traditional GPS positioning, the new Angle Mode (self-leveling) is available. This mode utilizes fixed air pressure to stabilize altitude, allowing for a higher degree of flight freedom with minimal intervention from the flight controller.

Image: An RC helicopter flying stably, demonstrating the capabilities of GPS and Attitude (ATT) modes for precise positioning and altitude hold.

3D Acro Mode

For experienced pilots, the traditional gyroscope 3D Acro mode is available. This mode allows for full manual 3D aerobatic flight, providing freedom and sportiness similar to a standalone gyro system.

Image: An RC helicopter performing an acrobatic maneuver, illustrating the dynamic capabilities when operating in 3D Acro mode.

Skoordynowany zwrot

When activated, pushing the rudder joystick (Yaw) to the left or right during forward or backward flight will cause the helicopter to bank and execute a coordinated turn. This replicates real helicopter maneuvers, resulting in a significantly smaller turning radius compared to conventional drone turns. The coordinated turn is adjusted based on flight speed and Yaw Displacement, benefiting from the Roll control of the flight controller.

Image: An RC helicopter banking during a turn, demonstrating the coordinated turn feature for realistic flight dynamics.

Miękki start/lądowanie

Upon enabling this function, pushing the throttle joystick initiates a slow, automatic takeoff procedure, ascending to approximately 1 meter. This simulates a real helicopter takeoff gesture. During landing, when the helicopter is about one meter off the ground, it automatically switches to a proportional descend controlled by the flight controller.

Image: An RC helicopter positioned on a landing pad, illustrating the soft take-off and landing functionality for smooth operations.

GPS Return to Home (RTH)

The GPS Return to Home safety system supports one-key RTH and automatic return in case of low battery. The system performs an automatic climb and controlled landing for enhanced flight safety.

Konserwacja

No specific maintenance procedures are detailed for the H1 Pro flight controller. It is recommended to keep the unit clean and free from dust and moisture. Regularly inspect all connections for secure fit. Ensure the H1 Pro Assistant software is updated to the latest version for optimal performance and bug fixes.

Rozwiązywanie problemów

No specific troubleshooting steps are provided in the product information. If you encounter issues, ensure all connections are correct, the software is properly configured, and the helicopter type is compatible. Refer to the H1 Pro Assistant software for diagnostic information or error codes.

Specyfikacje

Below are the technical specifications for the FLYWING H1 Pro Autopilot System:

Obraz: Wybuchowy view of the H1 Pro's next-generation high-performance sensor, featuring a specialized shock-absorbing sponge and copper counterweight for improved accuracy and vibration filtering.

Informacje o gwarancji

Specific warranty details for the WOWOBONTOY FLYWING H1 Pro RC Helicopter Flight Controller are not provided in the available product information. Please refer to the product packaging or contact the manufacturer directly for warranty terms and conditions.

Wsparcie

For technical support or further assistance with your FLYWING H1 Pro flight controller, please consult the official WOWOBONTOY website or contact their customer service department. Ensure you have your product model and any relevant purchase information ready when seeking support.