CUAV V5 Nano Drone Controller PX4 APM

CUAV V5 Nano Drone Controller PX4 APM

10,500.00TL
Sale price  10,500.00TL Regular price 
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CUAV V5 Nano Drone Controller PX4 APM

CUAV V5 Nano Drone Controller PX4 APM

10,500.00TL
Sale price  10,500.00TL Regular price 

CUAV V5 Nano - Compact Professional Flight Control Board

Small Size, Unlimited Power: Pixhawk FMUv5 Standards

The CUAV V5 Nano has been specially developed for projects where space is limited but high reliability and processing power are essential. Equipped with an STM32F765 processor, this board, despite its compact design, has the same autonomous capabilities as large industrial-grade controllers. It is fully compatible with both PX4 and ArduPilot (APM) software.

Advantages of CUAV V5 Nano

  • Ultra-Compact Design: Its 40x40x13mm dimensions offer perfect placement for small drones, VTOL vehicles, and narrow-bodied UAVs.

  • High-Performance Processor: The Cortex-M7 processor, operating at 216MHz, flawlessly manages complex flight algorithms and autonomous tasks.

  • Advanced Sensor Set: Equipped with industrial sensors from Bosch and InvenSense. It includes 2 sets of IMUs and 2 sets of barometers to maximize data accuracy.

  • Integrated Vibration Damping: Despite its compact structure, the included special internal suspension system filters high-frequency vibrations in small bodies, ensuring stable flight.

  • Wide Connectivity Options: It has a remarkably rich I/O port (UART, I2C, CAN, PWM) for its size, which facilitates external sensor and peripheral integration.

Technical Specification Table

Feature Detail
Main Processor STM32F765 (32 Bit Arm® Cortex®-M7, 216MHz)
I/O Processor STM32F100 (Cortex-M3, 24MHz)
Sensors ICM-20602, ICM-20689, BMI055, IST8310 Compass
Barometer 2x MS5611
PWM Outputs 8x Standard PWM + 3x I/O PWM
Dimensions / Weight 40 x 40 x 13 mm / 40g
Case Material CNC Aluminum Alloy
Software Support PX4 & ArduPilot (All Vehicle Types)

Application Areas:

Racing/Freestyle drones, small-scale autonomous exploration vehicles, mini VTOL systems, and all types of unmanned aerial vehicle projects where weight is critical.

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