
Контроллер полета CUAV Pixhawk V6X V2 H7, 480 МГц, IMU PX4 с тройным резервированием, автопилот ArduPilot
Description
CUAV V6X V2 UAV Flight Control STM32H7 Dual Precision Floating Point Industrial Drone Autopilot System
CUAV Pixhawk V6X V2 Drone Autopilot Triple IMU Dual Barometer Ethernet Port for VTOL Multirotor
CUAV V6X V2 Flight Controller Industrial Grade Vibration Damping RM3100 Compass for Agriculture Drone
CUAV Pixhawk V6X V2 UAV Control Module 2MB Flash 1MB RAM High Precision Positioning Drone Flight
Rayxn V6 V2 (Pixhawk V6X V2) Flight Controller
The Rayxn V6 V2 (Pixhawk V6X V2) is a high‑performance, industrial‑grade flight controller co‑developed by Rayxn Innovation and the PX4 open‑source project, built on the Pixhawk FMUv6X standard. It is engineered for maximum safety, stability, and scalability, tailored for professional industrial drones, agricultural UAVs, mapping, power inspection, and harsh‑environment operations.
Core Hardware & Performance
Main Processor: STM32H753 480 MHz 32‑bit Cortex‑M7 with double‑precision FPU, 2 MB Flash / 1 MB RAM, delivering powerful computing for complex missions and advanced algorithms.
IO Co‑Processor: Independent Cortex‑M3 core, offloading peripheral tasks, enhancing system reliability, and supporting secure boot & OTA encrypted firmware updates.
Dual Firmware Native Support: Fully compatible with PX4 and ArduPilot, with open Lua scripting, FFT filtering, and IMU temperature learning for flexible customization.
Triple Redundant Sensor System (Safety First)
Triple Independent IMUs: Three isolated, low‑noise industrial‑grade inertial measurement units on separate buses, providing automatic seamless failover if one fails—eliminating single‑point failure risk.
Dual Redundant Barometers: Two independent barometers ensure reliable altitude data, even in fluctuating atmospheric conditions.
Factory IMU Temperature Pre‑Calibration: Pre‑calibrated for temperature drift, ensuring minimal error in extreme ‑40°C to +85°C environments.
High‑Precision RM3100 Magnetometer: Built‑in RM3100 compass with strong anti‑interference, delivering stable heading in complex magnetic fields.
Integrated Vibration Isolation & Industrial Design
Professional Built‑in Shock Absorption: 5‑axis CNC bezel + high‑elastic damping material, offering equal stiffness in X/Y/Z axes to filter high‑frequency vibration—critical for agricultural and industrial UAVs.
Rugged & Durable: Industrial‑grade components, wide‑temperature operation, and resistance to vibration/moisture for reliable performance in harsh outdoor scenarios.
Rich Interfaces & Expandability
100 Mbps Ethernet Port: Integrated PHY for high‑speed communication with onboard computers, industrial cameras, LiDAR, and other payloads—ideal for high‑end missions.
Dual GPS & Multi‑Port Design: Dual GPS interfaces, multiple CAN buses, abundant PWM outputs, and dedicated ports for RTK, PPK, airspeed sensors, gimbals, and more.
Flexible Mounting: Side connectors + top/bottom cutouts support top/bottom installation for clean wiring and easy integration.
V2 Version Exclusive Upgrades
Independent Firmware: V2 firmware is not compatible with V1, with optimized performance and bug fixes.
Enhanced Power & EMI Design: Lower ripple, stronger anti‑interference, and more stable power delivery.
Refined Factory Calibration: More precise pre‑calibration for out‑of‑the‑box usability, minimal tuning, and faster stability.
Applications
Agricultural plant protection, power line inspection, aerial mapping, search & rescue, offshore patrol, and other industrial UAV scenarios requiring high reliability and precision.
Specifications
| Option | Values |
|---|---|
| Type |
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Product Details
CUAV Pixhawk V6X V2 Flight Controller H7 480MHz Triple Redundant IMU PX4 ArduPilot Autopilot
CUAV V6X V2 UAV Flight Control STM32H7 Dual Precision Floating Point Industrial Drone Autopilot System
CUAV Pixhawk V6X V2 Drone Autopilot Triple IMU Dual Barometer Ethernet Port for VTOL Multirotor
CUAV V6X V2 Flight Controller Industrial Grade Vibration Damping RM3100 Compass for Agriculture Drone
CUAV Pixhawk V6X V2 UAV Control Module 2MB Flash 1MB RAM High Precision Positioning Drone Flight
Rayxn V6 V2 (Pixhawk V6X V2) Flight Controller
Core Hardware & Performance
Main Processor: STM32H753 480 MHz 32‑bit Cortex‑M7 with double‑precision FPU, 2 MB Flash / 1 MB RAM, delivering powerful computing for complex missions and advanced algorithms.
IO Co‑Processor: Independent Cortex‑M3 core, offloading peripheral tasks, enhancing system reliability, and supporting secure boot & OTA encrypted firmware updates.
Dual Firmware Native Support: Fully compatible with PX4 and ArduPilot, with open Lua scripting, FFT filtering, and IMU temperature learning for flexible customization.
Triple Redundant Sensor System (Safety First)
Triple Independent IMUs: Three isolated, low‑noise industrial‑grade inertial measurement units on separate buses, providing automatic seamless failover if one fails—eliminating single‑point failure risk.
Dual Redundant Barometers: Two independent barometers ensure reliable altitude data, even in fluctuating atmospheric conditions.
Factory IMU Temperature Pre‑Calibration: Pre‑calibrated for temperature drift, ensuring minimal error in extreme ‑40°C to +85°C environments.
High‑Precision RM3100 Magnetometer: Built‑in RM3100 compass with strong anti‑interference, delivering stable heading in complex magnetic fields.
Integrated Vibration Isolation & Industrial Design
Professional Built‑in Shock Absorption: 5‑axis CNC bezel + high‑elastic damping material, offering equal stiffness in X/Y/Z axes to filter high‑frequency vibration—critical for agricultural and industrial UAVs.
Rugged & Durable: Industrial‑grade components, wide‑temperature operation, and resistance to vibration/moisture for reliable performance in harsh outdoor scenarios.
Rich Interfaces & Expandability
100 Mbps Ethernet Port: Integrated PHY for high‑speed communication with onboard computers, industrial cameras, LiDAR, and other payloads—ideal for high‑end missions.
Dual GPS & Multi‑Port Design: Dual GPS interfaces, multiple CAN buses, abundant PWM outputs, and dedicated ports for RTK, PPK, airspeed sensors, gimbals, and more.
Flexible Mounting: Side connectors + top/bottom cutouts support top/bottom installation for clean wiring and easy integration.
V2 Version Exclusive Upgrades
Independent Firmware: V2 firmware is not compatible with V1, with optimized performance and bug fixes.
Enhanced Power & EMI Design: Lower ripple, stronger anti‑interference, and more stable power delivery.
Refined Factory Calibration: More precise pre‑calibration for out‑of‑the‑box usability, minimal tuning, and faster stability.
Applications















