The CUAV NEW V5+ autopilot flight controller features an advanced, high-performance flight control system built upon open-source hardware. Compared to its predecessor, the FMU V3, it boasts a more powerful processor, increased FLASH storage, and enhanced RAM capabilities.

The CUAV NEW V5+ autopilot flight controller features a modular design that facilitates easy user integration. The detachable backplane serves solely as a carrier for external interfaces, providing a convenient means to connect peripherals and accessories.

The CUAV NEW V5+ autopilot flight controller features a built-in shock absorption system designed to adapt to various severe environmental conditions, providing enhanced durability and reliability in extreme settings.

CUAV is dedicated to advancing the PX4 ecosystem, with the CUAV NEW V5+ autopilot flight controller designed in accordance with the Dronecode/PX4 standard. The VS+ hardware and interfaces are built around this industry-leading framework.

The CUAV NEW V5+ autopilot flight controller continuously monitors multi-channel sensor data in real-time, instantly performing redundant switching in the event of a fault to ensure optimal flight safety and stability.

The CUAV NEW V5+ autopilot flight controller features the advanced STM32F765 processor, which provides significant performance enhancements compared to previous models. This upgrade offers increased clock speeds, expanded RAM capabilities, and overall improved processing speed for enhanced system performance.

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The CUAV NEW V5+ autopilot flight controller features a robust and reliable hardware architecture, incorporating the Pixhawk 2.0 platform with separate modules for integrated processing. The MCU is based on the STM32F427 chip, running at a frequency of 168MHz, with RAM capacities of 256KB, 512KB, and FLASH storage of 2MB. Additionally, the system includes an array of sensors, including the L3GDZOH, ICM20602, LSM303D, ICM20689, MPU9250, MPU6000, IST8310, and MS5611.