FlyWing H1 FBL Controller with GPS : FW-H1-FBL
The FlyWing H1 flight controller adots a brand new control navigation algorithm, a newly added independent IMU design combined with a brand new internal shock absorption structure design, and has wide adaptability to helicopters up to 900 size. Combined with omnidirectional positioning technology, helicopters can achieve normal and inverted hovering.
Technology Information:
Sensors and MCU are independently powered
- MCU and Sensor power supplies are separated to ensure signal purity and reduce interference.
- High performance LDO power chip provides pure power for precision sensing.
Suspension sensor, which is more vibration resistant
- Adopting copper box packaging, anti-interference
- The sensor adopts EPDM sponge shock absorption, which is more vibration resistant and stable
- CNC metal casing with excellent electromagnetic shielding capability
InvenSense gyroscope for more precision
- The sensor adopts high-precision impedence capacitance to provide more stable signal output
- Adopting FPC gold-plated PCB to ensure accurate data signal and low noise
- High precision barometer for stable flight
New M10N version GPS module
- Adopting the latest U-blox M10 positioning module
- Satellite searching ability has been increased by 50%
- High precision compass, forming a dual redundant system with H1 built-in compass
- The pre LNA low loss circuit with precise matching of ceramic antenna ensures stable signal
One key inverted flight
- The H1 autopilot system adopts an omnidirectional positioning system. As long as the remote control switch is turned on, the helicopter will automatically fly upside down and hover stably
- One key "circle" and "figure 8" flight
- In GPS mode, simply toggle the remote control switch and the heli will perform an automatic circular route or a figure of 8 shaped route. When the model is flying automatically, the rudder can be used to control the model orientation during these automated flight paths.
Easy to use software
- Graphic debugging, supporting both Chinese and English with a guided interface
- Support direct setting of helicopter speed without needing to debug remote control curves
- Simpler swashplate levelling. Simple drag the slider bar to adjust the servos
- More precise adjustment of main blade pitch, with independent settings for positive, negative and zero pitch
H1 Autopilot system technical Parameters
General
- Supported heli size: 280-900 size flybarless rc helicopters
- Battery type: 3S to 12S LiPo (Voltage detection 3-6S)
- Recommended protocol: S-Bus, PPM, SUMD HD
- Software requirement: Windows 7 / 8 / 10 (32 or 64 bit)
- Built-in functions: GPS Stable hovering mode, 3D Acro mode, 0 Fly - 8 Fly auto mode, One key inverted flight
- Protection function: Low battery Return To Home, No RC Signal Return To Home
Hardware
- Weight: Main unit 38.7g, GPS compass 28g
- Power consumption: 2W to 4W
- Size: Controller: 31.4mm x 48.5mm x 18.5mm, GPS Compass: 30mm x 37.5mm x 14mm
- Operating temperature: -10°C to +55°C
Flight performance
- Hovering accuracy: Vertical +/- 0.5m, Horizontal +/- 1.5m
- Wind resistance: <10m/s
- Yaw angular velocity: 300 deg/sec
- Pitch angle: 45°
- Ascending velocity 4m/s
- Descending velocity 4m/s
- Software: H1 Heli V2.0
