Fly Wing
Fly Wing H1-ACE Helicopter Flight Control
Fly Wing H1-ACE Helicopter Flight Control
SKU: SKU H1-ACE-Scale
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Scale Precision · Smart Control · Flywing Exclusive
Take Flywing Scale Flight to the Next Level
The H1-ACE flight controller combines the proven heritage of the H2 system with a purpose-built architecture for Flywing helicopters. A built-in M10 multi-mode GPS module, reinforced connectors, and exclusive firmware work together to deliver a remarkably stable, scale-realistic flight experience without sacrificing agility.
Flywing-Optimised Core
Developed specifically for the Flywing fleet, the H1-ACE integrates the GPS module and custom core circuitry inside the controller housing. The direct integration improves signal strength, shields the plug from damage, and keeps wiring neat for scale fuselages.
Coordinated Turn Intelligence
ACE continuously measures airspeed and automatically blends roll with yaw input, keeping the fuselage banked smoothly through every manoeuvre. Simply combine forward cyclic with rudder and the controller handles the perfect coordinated turn for authentic, graceful flight lines.
Smart Acro + Soft Take-off
Trigger Smart Acro and the helicopter enters a controlled rolling state that holds altitude and attitude with minimal stick work. Newly added soft take-off and landing curves slow the rotor response so scale machines lift and settle gently every time.
Three-Stage Response Tuning
Switch between three response levels in flight to match training, sport, or aggressive display work. Stick-controlled continuous flips, stick-free inverted manoeuvres, and automatic pitch compensation maintain confidence as you explore each mode.
Plug-and-Play Setup
Import the correct parameter set for each supported model with a single command—no manual tuning required. Compass calibration can be triggered from the transmitter, and all status feedback is available directly through the Flywing radio workflow.
Intelligent Modes & Safety
- Auto-reorient and Return-to-Home engages when voltage drops during upright flight.
- Battery protection prevents forced RTL whilst inverted, ensuring aerobatic freedom.
- Low-voltage lockout blocks arming to avoid brown-outs before spool-up.
- Support for navigation lighting systems and automatic retractable landing gear.
- Integrated M10 GPS delivers rock-solid signal quality for precise hold performance.
- 2.6 mm custom integrated port with reinforced strain relief keeps connections secure in scale fuselages.
Key Benefits
- Purpose-built for Flywing helicopters with exclusive firmware support.
- Built-in M10 GPS and custom port minimise external wiring and plug damage.
- Coordinated Turn logic creates tighter, more realistic scale manoeuvres.
- Smart Acro maintains position and height whilst performing rolls.
- Soft take-off/landing curves keep large scale machines composed on the deck.
- Three-level response adjustment adapts instantly to pilot preference.
- Compass calibration and model presets accessible directly from the transmitter.
- Battery protection locks out arming when voltage is unsafe and shields inverted flight from forced RTL.
- Supports navigation lights and auto-retract landing gear for complete scale builds.
Technical Specifications
| Product Name: | H1-ACE Flight Controller |
| Dimensions: | 29.6 mm × 31.3 mm (controller body) |
| Weight: | 58 g |
| Integrated Sensors: | Built-in M10 multi-mode GPS, compass, and inertial sensing |
| Control Modes: | Scale, Smart Acro, Soft Take-off/Land, Coordinated Turn assist |
| Response Adjustment: | Three-stage gain and agility switching |
| Supported Accessories: | Navigation lighting systems, auto-retract landing gear |
| Connector: | 2.6 mm custom integrated port with reinforced shell |
What's Included
- H1-ACE flight controller with integrated M10 GPS module
- Wiring harness and reinforced 2.6 mm connector set
- Installation hardware
- Quick-start and parameter import guide
Compatibility
Compatible exclusively with Flywing scale helicopters including BELL-206 (two- and four-blade variants), BELL-412, EC-135, BO-105, FW450L-ACE, UH-1, and other supported Flywing airframes. Not designed for third-party helicopters or generic RC installations.
Installation & Setup
Mount the controller using the supplied hardware, connect the integrated harness, and select your airframe preset inside the Flywing transmitter. Perform transmitter-triggered compass calibration, verify navigation light and retract assignments, then complete a soft take-off to confirm response level selection before your first full sortie.
Product FAQ
Product FAQ
1. What is included in the H1-ACE package?
Each package contains the H1-ACE flight controller with a built-in M10 GPS module, the reinforced 2.6 mm wiring harness, mounting hardware, and a quick-start guide covering parameter import and calibration.
2. Which helicopters are compatible with the H1-ACE?
The controller is exclusive to Flywing helicopters and supports BELL-206 (two- and four-blade variants), BELL-412, EC-135, BO-105, FW450L-ACE, UH-1, and any future Flywing models released with H1-ACE presets.
3. Can I install the H1-ACE on third-party helicopters?
No. The hardware, firmware, and wiring harness are engineered specifically for Flywing systems, so non-Flywing airframes and third-party avionics are not supported.
4. What benefits does the built-in M10 GPS provide?
The integrated multi-mode M10 GPS sits inside the ACE housing for better signal retention, fewer exposed plugs, and faster satellite acquisition. This improves position hold, return-to-home accuracy, and overall stability.
5. How does Coordinated Turn mode work?
When you combine forward cyclic with rudder, ACE senses airspeed and automatically adds the required roll input, producing a smooth, scale-realistic bank with a tighter turning radius.
6. What is Smart Acro mode?
Smart Acro places the helicopter in a managed rolling attitude that aims to hold altitude and position, allowing you to perform rolls without actively managing pitch.
7. How does the soft take-off and landing feature help?
ACE applies gentle throttle and collective curves during spool-up and touchdown, enabling slow, controlled lift-offs and landings that protect scale fuselages.
8. How many response levels are available?
Three. Use the lowest for scale cruising, the middle for sport flying, and the highest for agile manoeuvres or Smart Acro practice.
9. Do I need to tune parameters for each airframe?
No. Use the one-key parameter import to load the preset for your Flywing model. Multiple profiles can be stored and swapped quickly.
10. How is compass calibration handled?
Trigger calibration from a transmitter switch sequence, follow the rotation instructions, and the controller stores offsets automatically.
11. What safety features protect against low voltage?
ACE blocks arming when voltage is low and can auto-reorient and return-to-home in flight, but it avoids forcing RTL whilst inverted to keep aerobatics safe.
12. Does the controller support navigation lights and retracts?
Yes. It supports Flywing navigation lighting and auto-retract landing gear, syncing cues and gear cycles with flight modes.
13. What are the size and weight of the unit?
Approximately 29.6 mm × 31.3 mm and about 58 g.
14. How does the 2.6 mm integrated port help?
It secures the harness, resists vibration, and reduces plug wear compared with external GPS cabling.
15. Does ACE still return home if I am inverted?
It waits until the model is upright before initiating return-to-home, ensuring predictable behaviour during advanced manoeuvres.
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