OverviewThe ACFLY K9 Autopilot Flight Controller is a high-performance UAV control system designed for professional multirotor applications such as surveying, inspections, security, and precision agriculture. Featuring a dual-IMU architecture, integrated A
The ACFLY K9 Autopilot Flight Controller is a high-performance UAV control system designed for professional multirotor applications such as surveying, inspections, security, and precision agriculture. Featuring a dual-IMU architecture, integrated ADRC anti-interference algorithm, RTK positioning, and IP67-grade protection, the K9 controller delivers accurate, stable, and reliable autonomous flight even in harsh environments.
With rich peripheral interfaces, real-time multi-sensor fusion, and robust flight stability, the K9 system is ideal for industrial UAV developers and integrators requiring high precision and dependability.
Dual IMU Redundancy: Ensures stable flight even under vibration or magnetic interference
Integrated RTK (ZED-F9P): Achieves up to 2cm RTK accuracy; supports NTRIP, local base station
ADRC-Based Control: Autonomous parameter tuning without traditional PID
Sensor Health Fusion: Detects sensor anomalies and switches to the optimal sensor in real-time
POS Data Logging: Records real-time position, orientation, and PPK-ready log files
High Compatibility: Supports camera trigger, gimbal, radar, LiDAR, LED, and optical flow
Full Interface Support: UART, CAN, I2C, PWM (14 channels), USB, SWD
Waterproof & Rugged: IP67 protection, aluminum alloy enclosure, and wide temperature tolerance
| Item | Specification |
|---|---|
| Model Versions | K9 Standard / K9 PRO (Single RTK) / K9 MAX (Dual RTK) |
| MCU | STM32H743VIT6 (480MHz, 16KB L1 Cache) |
| IMU Sensors | BMI088 + ICM20689 (Dual Accelerometers), QMC5883 (Magnetometer), SPL06 (Barometer) |
| RTK Chip | UBLOX ZED-F9P (built-in for PRO/MAX versions) |
| GPS Module | UBLOX NEO-M9N + IST8310 |
| RTK Frequency | 10Hz / 20Hz |
| RTK Accuracy | 0.010.02m (RTK), 0.30.4m (non-RTK) |
| GPS Accuracy | 0.51.0m |
| GPS Frequency | 5Hz |
| Satellite Systems | GPS, GLONASS, Beidou, Galileo, SBAS, QZSS |
| Flash / TF Storage | 8MB Flash / 32GB TF card |
| Voltage Detection | 090V 2 channels |
| Current Detection | 0200A 1 channel |
| PWM Channels | 14 |
| Data Logging | Position, attitude, PPK-ready POS log |
| Protection Grade | IP67 |
| Housing Material | 6061 aluminum alloy |
| Operating Temperature | -40C ~ +85C |
| Power Input Range | 8V87V |
| Component | Size (mm) | Weight |
|---|---|---|
| Main FC | 55 50 17 | 66g |
| GPS | 46 10 | 28g |
| LED | 20 20 9 | 10g |
| RTK | 25 57 | 16g |
ACFLY GCS PRO: Supports full attitude feedback, mission planning, waveform analysis, parameter tuning, calibration, and log export
Also compatible with QGroundControl (QGC) and Mission Planner (MP)
POS data export in RINEX / TXT format, supports post-processing PPK workflows
Supports connections to:
RTK/PPK systems
Optical flow, radar, OpenMV
Gimbal & camera trigger systems
Dual battery setups
External LEDs, LiDARs, and ultrasonic sensors
High-precision geospatial surveying
Power line and infrastructure inspection
Emergency response and public safety UAVs
Large-area agricultural spraying & mapping
UAV training and certification platforms
ACFLY K9 autopilot offers dual IMU, ADRC algorithm, stable flight, custom waypoints, RTK/PPK support, multiple interfaces, storage, and durable design for multirotors.
K9 autopilot has three versions: Standard, PRO, and MAX. PRO and MAX provide high-precision RTK GPS (0.010.02m accuracy). Interfaces include CAN, USB, serial, LED, PWM, and more. All versions share the same size.
K9 autopilot includes STM32H743VIT6 MCU, 8MB flash, 32GB TF storage, RTK GPS (2cm accuracy), supports PWM, voltage/current detection, and works from -40C to +85C with IP67 protection.
ACFLY K9 Wiring Diagram illustrates connections for a multirotor autopilot flight controller. Components include GCS PRO, POD, LED, LASER, GPS, RC, and two batteries. RTK/PPK supports external devices. Motors connect via ESCs. Additional serial devices like Optical Flow, OPENMV, and Radar are configurable through parameters. Data links ensure communication between the ground control system and the flight controller. The diagram provides a comprehensive overview of the K9’s setup, ensuring proper integration of all elements for optimal drone operation.
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