A flight controller must match the aircraft, firmware workflow, required outputs and exact sensor revision.
Fixed-wing builds usually prioritize servo outputs, logging, airspeed or GPS interfaces and ArduPlane or INAV support. FPV multirotors usually prioritize mounting pattern, gyro configuration, ESC connection and video-system power.
The MCU family alone is not enough. Confirm IMU and barometer markings, board revision, connector layout and the firmware target printed in the relevant download entry before flashing.
A Pro fixed-wing F405 flight controller intended for ArduPlane/INAV aircraft. It acts as the aircraft’s autopilot, sensor hub, and servo/ESC output controller.
Current store option: BMI270. Earlier ICM versions are discontinued.
H7Wlite V2 hardware revision with dual BMI270 IMUs, SPA06-003 barometer, and internal QMC5883P compass. ArduPilot and INAV retain legacy ICM support; Betaflight is BMI270-only.
Current store option: Dual BMI270. Earlier ICM versions are discontinued.
An ultra-small fixed-wing autopilot board. It is the central controller for a small plane: it reads sensors, runs ArduPilot/INAV-style flight firmware, outputs servo/PWM control, and provides connectors for receiver and HD video equipment.
Current store option: BMI270. Earlier ICM versions are discontinued.
STM32H743 FPV flight controller with a switchable 9V BEC for the video transmitter or camera.
A compact F405 FPV flight controller for multirotor builds. It runs Betaflight by default and connects the receiver, ESC signal harness, VTX/camera, OSD, buzzer, LEDs, and other FPV peripherals.
An ultra-compact AT32F435 fixed-wing flight controller that combines stabilization, navigation interfaces, servo and ESC outputs, an AT7456F analog OSD, and a digital VTX connector on one board.
A higher-performance fixed-wing flight controller page for users choosing an H7-class board for more processing headroom and richer peripheral integration.
A fixed-wing F405 autopilot board for ArduPilot/INAV-style airplane builds. It sits between receiver/sensors and aircraft servos/ESC, handling stabilization, navigation, telemetry, and flight-mode control.
A high-performance H743 FPV flight controller. It is the main control board for a multirotor: it runs Betaflight/AP/INAV firmware, reads dual gyros and barometer, drives ESC/PWM outputs, and powers/controls VTX and camera accessories.
