Compatible Builds
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7" Long Range
6S / 8S
Cinelifter
HIGH LOAD
Product Name: ZeniRace H743 Flight Controller
Operating Voltage: DC 7-36V (2-8S)
BEC1: 5V/2.5A
BEC2: 12V/2.5A
UART Ports: 7
CAN Interface: 1
Motor Output Channels: 8
Servo Output Channels: 4
MCU: STM32-H743
Max MCU Frequency: 480MHz
Blackbox: 16MB Onboard / SD Card
Gyroscope: 42688 x 1 or 42688 x 2
OSD Chip: AT7456E
Supported Receivers: CRSF/SBUS/IBUS/DSM
Buzzer Pads: Supported
Current Sensor Telemetry: Supported
DJI O3/O4 Air Unit Interface: Supported
Surge Protection: Supported
Firmware: Betaflight/ArduPilot/INAV/PX4; Mounting Pattern: 30.5x30.5mm/M4
Engineered for Every Flight
Ready for Complex Airframes
Supports Betaflight, ArduPilot, INAV, and PX4.From FPV to autonomous UAV platforms.
Expand Without Limits
Support for cameras, GPS, telemetry, CAN peripherals, digital FPV systems, and programmable outputs.Built to grow with your platform.
Precision Under Pressure
480 MHz processing power keeps every control signal responsive-even during complex maneuvers.
Mission Starts Here
Every reliable flight begins with a controller you can trust.Designed around the STM32 H743 processor, delivering the speed, connectivity, and stability required for demanding UAV systems.
Designed Around Reliability
TVS surge protection and stable power delivery help keep your electronics protected when conditions become unpredictable.
ZeniRace H743 Flight Controller FAQ
The H743 Flight Controller supports 2S–8S LiPo batteries (DC 7–36V), making it suitable for everything from FPV freestyle quads to long-range, industrial, and autonomous UAV platforms.
The ZeniRace H743 FC is compatible with:Betaflight、ArduPilot、PX4、INAV
This flexibility allows builders to use the flight stack that best fits their aircraft and mission requirements.
Yes. The H743 FC includes dedicated interfaces for DJI O3 and DJI O4 Air Units, enabling clean installation and reliable integration with digital FPV systems.
Yes. In addition to DJI digital FPV, the controller supports traditional analog FPV components, including cameras, VTXs, and OSD configurations.
The board is powered by an STM32H743 MCU running at up to 480MHz, providing fast processing for high loop rates, advanced filtering, and demanding flight applications.
Yes.
It features:16MB onboard Blackbox memory、Micro SD card expansion
This allows pilots to record detailed flight logs for PID tuning, troubleshooting, and performance analysis.
The controller provides 7 UART ports, making it easy to connect multiple peripherals simultaneously, such as:
GPS、Telemetry radio、Receiver、VTX、Camera control、ESC telemetry、Companion computer
Yes.
A dedicated CAN Bus interface allows connection to compatible GPS modules, sensors, and UAV accessories commonly used in PX4 and ArduPilot systems.
The H743 FC supports most popular receiver protocols, including:CRSF (ExpressLRS / Crossfire)、SBUS、IBUS、DSM
Yes.
The board integrates two regulated power outputs:5V / 2.5A;12V / 2.5A
These outputs can power receivers, DJI Air Units, GPS modules, cameras, VTXs, and other onboard electronics.
Yes.
The onboard current sensor interface enables real-time battery current monitoring for improved power management and more accurate flight data.
The controller provides:8 motor outputs、
4 PWM outputs
Suitable for quadcopters, hexacopters, octocopters, VTOL aircraft, and other custom UAV configurations.
Yes.
Integrated TVS surge protection helps protect sensitive electronics from voltage spikes generated by high-current power systems, improving overall system reliability.
The H743 FC is designed primarily for intermediate to advanced builders. Its rich connectivity and firmware support make it ideal for pilots who need flexibility and expandability, while beginners may prefer a simpler plug-and-play flight controller.
The H743 FC is ideal for:FPV Freestyle、FPV Racing、Long-Range FPV、Cinematic FPV、Autonomous UAVs、Mapping & Survey Drones、Industrial Inspection、Research & Development Platforms
The board features a 30.5 × 30.5 mm mounting pattern with M4 holes, making it compatible with a wide range of standard 30×30 FPV and UAV frames.