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Flight Controller
Axiom h7
₹9,000.00
₹10,000.00
Flight Controller
The Axiom H7 Flight Controller is designed for advanced drone builds that require powerful processing, reliable sensor data, and flexible connectivity. Featuring an STM32H743VIT6 ARM Cortex-M7 processor running at 480MHz, it includes dual redundant IMUs, a precision barometer, integrated AT7456E analog OSD, CAN bus, multiple UART interfaces, and USB Type-C connectivity. It is optimized for compatible ArduPilot and PX4 setups, making it suitable for applications that require configurable flight-control capabilities.
Key Features
* STM32H743VIT6 ARM Cortex-M7 MCU @ 480MHz
* Dual Redundant IMUs
* Precision Barometer for accurate altitude control
* Integrated AT7456E Analog OSD
* CAN Bus & Multiple UART Interfaces
* USB Type-C Connectivity
* Optimized for ArduPilot & PX4
* Compact industrial-grade PCB design
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Technical Specifications
Processor
* MCU: STM32H743VIT6
* Architecture: ARM Cortex-M7
* Clock Speed: 480MHz
* Flash Memory: 2MB
* RAM: 1MB
The Axiom H7 Flight Controller is designed for drone builders who need advanced processing capabilities, multiple connectivity options, and flexible flight-control configuration. Its STM32H743VIT6 ARM Cortex-M7 processor operates at 480MHz, providing the processing platform for compatible flight-control firmware.
The STM32H743VIT6 processor is paired with dual redundant IMUs to support flight sensing and control. Redundant sensors can be useful in applications where reliable sensor information is important. The precision barometer supports altitude measurement, while the integrated AT7456E analog on-screen display provides a way to present compatible flight information in an analog video feed.
The Axiom H7 Flight Controller includes CAN bus connectivity, multiple UART interfaces, and a USB Type-C interface. These connections provide options for integrating compatible peripherals, receivers, telemetry devices, and other components, depending on the firmware and hardware configuration.
Before connecting external equipment, check the manufacturer's pinout and connection instructions. Confirm that the voltage, signal type, and interface are supported by both the flight controller and the connected device.
This controller is listed as optimized for ArduPilot and PX4. These flight-control software platforms offer configuration options for different drone applications. Before installation, verify the exact board target, firmware support, sensor configuration, and available features for your particular hardware revision.
Before installing the Axiom H7 Flight Controller, check the frame layout, mounting requirements, available space, and wiring arrangement. Secure the board correctly and keep wires organised to reduce the risk of accidental disconnection or electrical interference.
Follow the manufacturer's documentation when connecting the power system, receiver, GPS, telemetry equipment, and other peripherals. Inspect solder joints and wiring before powering up the board. During initial configuration and testing, remove all propellers and verify sensor readings, receiver inputs, failsafe settings, and control responses.
The Axiom H7 Flight Controller may suit builders looking for an H7-class processing platform with multiple interfaces and support for compatible ArduPilot or PX4 setups. The right choice depends on your intended application, peripheral requirements, firmware support, and overall build configuration.
Review the complete product specifications and manufacturer documentation before ordering to confirm compatibility with your drone and intended use.
Keep the Axiom H7 Flight Controller clean, dry, and securely mounted. Inspect connectors, solder joints, and wiring regularly for damage or loose connections. Protect the board from moisture, conductive debris, and excessive vibration. Before updating firmware, confirm the correct board target and save your configuration settings. Follow the manufacturer's instructions to maintain reliable operation and simplify troubleshooting.
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