FlyingRC Official
FlyingRC Official
Static index of FlyingRC hardware pages generated from the product catalog.
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.
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.
A higher-performance fixed-wing flight controller page for users choosing an H7-class board for more processing headroom and richer peripheral integration.
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.
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 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.
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.
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.
A Pro H743 FPV flight controller for feature-rich multirotor builds. It performs the same central role as H7D but uses the Pro variant material and a switchable 9 V VTX/camera BEC.
A four-in-one ESC for FPV drones. It takes one battery input and independently drives four brushless motors from flight-controller throttle signals.
A 45 A four-in-one AM32 ESC for FPV drones, intended to drive four brushless motors from one compact board.
A compact single-channel AM32 ESC. It drives one brushless motor, making it useful for single-motor fixed-wing aircraft, compact vehicles, or builds where separate ESC placement is preferred.
A compact 75 A single-channel AM32 ESC with an onboard CAN interface. It is designed to drive one high-current brushless motor in fixed-wing aircraft, boats, vehicles, or other builds that use a separate ESC per motor.
A 75 A single-channel AM32 ESC for one high-current brushless motor. It is useful when each motor needs its own ESC or when a single powerful motor is used.
A two-in-one AM32 ESC that drives two brushless motors from one compact board. It is especially useful for twin-motor fixed-wing aircraft or compact dual-motor builds.
A small step-down power module. It converts a higher battery voltage into a regulated lower voltage for receivers, flight-controller accessories, servos, video equipment, or other onboard electronics.
A higher-voltage step-down BEC for converting 2-12S battery voltage into a regulated lower output for onboard electronics.
A small BEC intended to power DJI O4-style digital video equipment from a higher-voltage flight battery.
A compact high-current BEC for aircraft and other projects that need a selectable regulated supply.
A compact high-voltage BEC for 2-12S builds, with 5 V output by default and a 12 V jumper option.
A starter FPV stack bundle combining an F405 flight controller with a 45 A 4-in-1 ESC.
An advanced FPV stack bundle combining the H7D Pro H743 flight controller with a 45 A 4-in-1 ESC.
An FPV stack bundle pairing the F4D flight controller family with a 75 A 4-in-1 ESC.
A high-end FPV stack bundle pairing the H7D Pro H743 flight controller with the 75 A 4-in-1 ESC.
A fixed-wing package page for comparing FlyingRC fixed-wing controller bundles such as F4WSE, F4Wing Mini, and H7Wlite.
An FPV kit overview for stack and drone-electronics bundles.
An external I2C current and voltage sensor for flight controllers. It uses an INA226 sensor so ArduPilot/PX4 systems can read battery voltage and current from an external module instead of relying on an onboard analog current sensor.
A CAN-bus compass module built around the PNI RM3100 geomagnetic sensor and AP_Periph-style firmware. It gives autopilots cleaner heading data when the main flight controller is affected by current, motors, or magnetic interference, while keeping remote communication on a robust CAN link.
A remote-mountable three-axis compass module for heading measurement in aircraft, robotics, and navigation projects.
A GPS/navigation accessory page for FlyingRC CAN/GPS-style products. It provides position data to the flight controller so autonomous modes, return-to-home, navigation, and logging can work.
A U-Blox M10 GPS module for providing location data to flight controllers, robots, or navigation systems.
A digital airspeed sensor that estimates airspeed without a pitot tube. It is meant to give fixed-wing firmware useful airspeed information while avoiding external pitot plumbing.
The latest integrated I2C airspeed sensor for fixed-wing aircraft using ArduPilot airspeed workflows.
A CAN bus adapter and serial/PWM expansion board. It lets compatible flight controllers add remote serial/PWM-style peripheral connections through an AP_Periph-style CAN node.
A 2.4 GHz ELRS diversity receiver. It receives control commands from an ExpressLRS transmitter and sends them to the flight controller, using diversity reception for a more robust radio link.
A USB parameter programmer for AM32 ESCs. It bridges the computer tuning software to an ESC signal wire so users can read parameters, change settings, and flash firmware.
A high-current power distribution board for FPV drones. It distributes main battery power to ESCs or other power loads while providing a structured central power node.