Flywing H1 PRO Helicopter Flight Control

Flywing H1 PRO Helicopter Flight Control

H1 Pro Smart Helicopter Autopilot System

The Next Generation of Intelligent Helicopter Control

The H1 Pro Smart Helicopter Autopilot System is a next-generation flybarless flight controller designed for pilots who demand precision, stability, and reliability. Built with industrial-grade components and advanced sensor architecture, H1 Pro delivers exceptional performance across a wide range of helicopter sizes and flying conditions.

Featuring anti-interference CAN Bus GPS, high-performance sensors, and flexible swashplate support, H1 Pro is engineered to perform where others struggle.

Wide Swashplate Compatibility

Supports H3 and HR3 Configurations

H1 Pro supports two common helicopter swashplate types, making it compatible with most flybarless helicopter platforms on the market.

• H3 swashplate
• HR3 swashplate

Designed to work seamlessly with helicopter sizes ranging from 280 to 900 class, the H1 Pro adapts easily to both smaller sport builds and large-scale performance helicopters.

High-Performance Sensor Architecture

Precision You Can Trust

At the core of the H1 Pro is a next-generation sensor suite engineered for accuracy, stability, and vibration resistance.

Integrated Sensors:

• ICM42688P high-precision gyroscope
• IST8310 digital compass
• MS5611 high-resolution pressure sensor

The internal structure features shock-absorbing materials and a copper counterweight, effectively filtering out high-frequency vibration and protecting sensor data integrity during aggressive flight maneuvers.

Industrial-Grade CAN GPS System

Stable Positioning in Real-World Conditions

The H1 Pro uses an industrial-grade CAN GPS system built for superior anti-interference performance and long-term stability.

Primary GPS Module:

• u-blox M9N high-performance chipset
• CAN protocol interface for stable communication

Optional Secondary GPS:

• u-blox M10 low-power chipset
• Ideal for extended endurance and flexible configurations

The dual-core positioning architecture delivers faster satellite acquisition, improved accuracy, and reliable performance even in challenging RF environments.