G-FH7 FPV FC

The G-FH7 FPV flight controller is designed for fixed-wing, UAV, and VTOL applications. Powered by the STM32H753 processor with a high-precision IMU and integrated sensors, it delivers accurate flight control.

The G-FH7 supports open-source firmware including Ardupilot, PX4, Betaflight, and iNAV. Its compact design fits small frames perfectly.

G-FH7

Product Information

Hardware Summary

Item Description
MCU STM32H753VIH6 480MHz, 2MB Flash, 1MB RAM
IMU Dual IMUs, ICM-42688-P / LSM6DSK320X
Barometer DPS368
Compass IST8310
OSD Software-based analog OSD
Blackbox (Data Logger) SD card
CAN 1x CAN Bus
UART 7x UARTs (6x connectors, 1x soldering pad)
PWM Outputs 9x PWMs (8x for motor; 1x for user defined)
ADC Inputs 3x ADCs
I2C Ports 1x I2C
LED Indicators 2x LEDs
Ethernet RMII and PPS by connector (reserved for future use)
USB Interface 1x USB Type-C with DFU key on board
Static Power Consumption 110mA @ 5V
Input Voltage Up to 12S Lipo
BEC Output 5V/3A and 12V/3A (Support power-saving mode)
Mounting 30.5 x 30.5mm, M4 hole
Dimensions 36 x 42 x 8.63 mm
Weight 10.6g

Pin Definition

Pin

Wiring Overview

The diagram below shows G-FH7 and the connections to its peripherals.

Wiring
Interface Function
ESC & Ext ESC Supports a quadcopter (x4) with one ESC plug and an octocopter (x8) with two ESC plugs
GPS Connects to a GPS sensor
SBUS Connect to a SBUS receiver
I2C Connects to external I2C sensors such as a compass or airspeed sensor
TELEM Connects to radio telemetry
ELRS Connects to ELRS receiver
CAN Connects to CAN devices such as a CAN PMU
VIDEO IN Connects to an analog FPV camera
A-VTX Connects to an analog VTX
D-VTX Connects to a digital VTX
USB Used for firmware loading and configuration via USB Type-C
Buzzer Connects to a buzzer
Ethernet Reserved for future use
MicroSD Card Slot Insert a MicroSD card for log storage
BOOT Button Forces the flight controller into DFU mode when held during power-up to reflash firmware