The CUAV V6X Flight Controller represents a significant advancement in drone technology, built on the Pixhawk FMU V6X standard. Designed by CUAV and PX4, this flight controller prioritizes security, stability, and high-performance computing capabilities, making it an excellent choice for a wide range of UAV applications, including industrial use.
 
CUAV V6X Flight Controller is a new generation of Pixhawk designed by CUAV and PX4; it is designed based on the Pixhawk FMU V6X standard and pursues ultimate security and stability; it adopts H7 double-precision floating-point arithmetic unit and Cortex-M3 coprocessor, independent bus, and power supply. Three redundant IMU, IMU temperature factory pre-calibration technology, dual redundant barometer design, an all-round guarantee of UAV flight safety and rich expansion capabilities; integrated 100M Ethernet PHY, can communicate with the mission computer (Airborne computer), fiber optic inertial navigation, high-end surveying and mapping cameras and other industrial UAV-mounted equipment for high-speed communication, which meets the needs of high-end UAVs.
 
The CUAV V6X Flight Controller is a top-tier choice for those seeking a reliable and versatile control system for UAVs. Its advanced processing capabilities, redundancy features, and adaptability make it suitable for complex applications in both commercial and research environments. Whether used for aerial surveying, mapping, or other specialized missions, the V6X provides the robustness and performance necessary for successful autonomous operations.
 
Key Features:
H7 Double Precision Floating-Point Arithmetic Unit:
Utilizes the STM32H753IIK6 processor with a main frequency of up to 480 MHz.
Equipped with 2MB FLASH and 1MB RAM, providing powerful computing and rapid data processing capabilities.
Facilitates the development of more complex functions and enhances flight stability.
Cortex-M3 Coprocessor:
Adds security and expands external scalability for UAV systems, enhancing overall system reliability.
Multiple Redundancy Design:
Features three redundant IMUs and two redundant barometers, each on separate buses.
Automatic switching to a reliable IMU in case of failure ensures continuous flight safety.
Integrated 100M Ethernet Interface:
Enables high-speed communication with mission computers and other UAV-mounted equipment, such as high-end surveying cameras and inertial navigation systems.
Supports future upgrades for advanced industrial applications.
Enhanced Magnetic Environment Adaptability:
Incorporates the RM3100 magnetic compass to overcome magnetic interference challenges, supporting GPS direction-finding functions.
Modular Design:
The core module contains the processor and all IMUs, allowing users to design custom baseboards according to specific project requirements.
Compatibility with PX4 and ArduPilot:
Supports all models for PX4 and ArduPilot firmware, including 3-8 Copter, Plane, Helicopter, VTOL, unmanned vehicles, and rovers.
 
Specifications:
Processor: STM32H753IIK6 (Cortex-M7)
Main Frequency: Up to 480 MHz
Memory: 2MB FLASH, 1MB RAM
IMU: Three redundant IMUs
Barometers: Two redundant barometers
Communication Ports: Integrated 100M Ethernet
Compass: RM3100 magnetic compass for GPS direction finding
Design: Modular for customizable baseboard design
Power Supply: Independent power supply for enhanced reliability
 
Packing Includes:
1 x Pixhawk V6X Autopilot
1 x PW-Link Module
1 x CAN PMU Lite Module
1 x CAN/12C Estension board
1 x TF Memory card
1 x TYPE-C Cable 100cm
1 x RSSI Cable 30cm
1 x DSM RC Cable 30cm
1 x SBUS RC Cable 30cm
1 x PPM RC/SBUS OUT Cable 30cm
1 x Ethernet Cable 40cm
1 x CAN Cable 30cm
1 x TELEM Cable 30cm
1 x UART4 Cable 30cm
1 x UATR4->12C Cable 30cm
1 x ADIO Cable 30cm
1 x Debug Cable 30cm
1 x SP16 Cable 30cm
1 x GPS Cable 30cm