CUAV NORA+ Flight Controller | STM32H743 | Industrial Grade Sensors | Ardupilot/PX4 | HTDRONE

Introduction

The CUAV NORA+ is an advanced flight controller designed by the independent firm CUAV®. It utilizes a powerful STM32H743 processor, integrates industrial-grade sensors, and features ultra-low temperature drift compensation for enhanced accuracy. Compared to previous autopilots, the NORA+ delivers superior performance and higher reliability, making it an excellent choice for academic research, commercial system integration, and demanding FPV/UAV projects. Trust HTDRONE for your advanced flight control needs.

Key Advantages

• High-performance flight control with STM32H743 MCU.
• Triple redundant Inertial Navigation System (IMU) for enhanced safety.
• Industrial-grade RM3100 compass for precise navigation.
• Temperature compensation significantly improves sensor accuracy.
• Integrated damping system for stable operation in harsh environments.
• Compact and robust design for extended operating conditions.
• Wide compatibility with Ardupilot and PX4 firmware.
• Versatile I/O for extensive customization and expansion.

Technical Specifications

• Brand: CUAV
• Main Controller: STM32H743
• Operating Frequency: 480 MHz
• Firmware Memory: 2 MB
• RAM: 1 MB
• Stabilization: ICM-42688-P + ICM-20689 x 2
• Compass: RM3100
• Barometer: MS5611 x 2
• Expansion Ports: UART x5; I2C x6; CAN x2; ADC; SPI; RSSI (PWM/0-3.3V)
• PWM Outputs: 14 (1-12 with DSHOT support)
• Receiver Input: 1 (PPM/DSM/S.BUS)
• Power Inputs: 2
• Safety Lock Trigger: Yes (in GPS&SAFETY port)
• Buzzer Support: Yes (in GPS&SAFETY port)
• Debugging: Yes (UART7)
• JTAG: Yes
• USB: Type-C x2
• Flight Controller Power: 4.5 - 5.5 V
• Servo Voltage: 0 - 36 V
• Supported Vehicle Types: Airplane; Helicopter; VTOL; Rover and others
• Main Firmware: Ardupilot v4.10+/PX4 v1.12.3+
• Dimensions: 46 x 64 x 22 mm
• Weight: 90 g

Applications

The CUAV NORA+ flight controller is suitable for a wide range of applications including advanced FPV drones, professional UAV systems, aerial photography, agricultural monitoring, inspection drones, VTOL aircraft, and autonomous rovers. Its robust features make it ideal for research and commercial projects requiring high precision and reliability.

Compatibility

The NORA+ supports major flight control software including Ardupilot v4.10+ and PX4 v1.12.3+. It features extensive I/O ports (UART, I2C, CAN, SPI, ADC, PWM) and multiple input options for receivers (PPM, DSM, S.BUS). Power input ranges from 4.5-5.5V for the controller itself, with servo voltage support up to 36V. It includes dedicated ports for GPS & SAFETY functions like lock triggers and buzzers.

FAQ

What makes the CUAV NORA+ flight controller suitable for industrial applications?

The CUAV NORA+ features industrial-grade sensors, including an RM3100 compass and MS5611 barometers, coupled with temperature compensation technology to ensure high accuracy and reliability even in demanding environments. Its triple redundant IMU further enhances its suitability for critical industrial missions.

What flight control software is compatible with the CUAV NORA+?

The CUAV NORA+ is designed to run major flight control firmwares, specifically supporting Ardupilot v4.10+ and PX4 v1.12.3+. This ensures broad compatibility with popular ground control stations and development tools.

Can the CUAV NORA+ be used for VTOL or fixed-wing aircraft?

Yes, the CUAV NORA+ supports a wide range of vehicle types, including airplanes, helicopters, VTOLs, and rovers. Its advanced processing power and extensive I/O options make it versatile for various complex aerial platforms.

Where can I buy the CUAV NORA+ flight controller with reliable delivery?

You can buy the CUAV NORA+ flight controller at HTDRONE, a specialized FPV and UAV drone parts store based in Poland. We offer fast shipping within Poland and reliable worldwide delivery via DHL, ensuring you receive your order promptly.

What are the key advantages of the STM32H743 processor in the CUAV NORA+?

The STM32H743 processor operates at a high frequency of 480 MHz, providing significant processing power. This allows the CUAV NORA+ to handle complex flight algorithms, sensor fusion, and manage a multitude of I/O operations efficiently, leading to improved flight performance and stability.