Autopilot CUAV X25 EVO Pixhawk

Order the CUAV X25 EVO Pixhawk autopilot - intelligent control for your drone

Give your drone professional autopilot capabilities. The CUAV X25 EVO Pixhawk is designed for commercial and industrial applications. This autopilot is highly reliable and accurate in navigation. Your UAV will be able to perform complex autonomous missions. This is a ready-made solution for serious projects.

This model is suitable for multi-rotor systems and aircraft. It combines advanced technologies and proven solutions. You will get stable performance on long flights. Every mission will be completed accurately and safely. This is your choice for professional use.

Five main advantages of autopilot

• Dual STM32H7 processor for complex tasks. Provides high computing performance.

• Support for the ArduPilot operating system. Opens up wide possibilities for customization.

• Built-in security and redundancy systems. Guarantees flight reliability.

• Compatible with various types of UAVs. Versatility for different projects.

• Easy to configure and integrate. Quick start for your missions.

How does this autopilot work?

The autopilot receives data from GPS, barometer and inertial sensors. It calculates the current position and orientation of the drone. Then it adjusts the control of motors and servos. The drone follows the specified route exactly. You get complete control over the flight.

The system uses complex stabilization and navigation algorithms. They provide smooth movement even in turbulence. Redundancy of critical systems improves safety. Your drone will be able to complete the mission if it fails.

Technical characteristics and functionality

The device has two STM32H753 processors with a clock frequency of 480 MHz. Memory capacity includes 2 MB Flash and 1 MB RAM. Supports connection of up to three GPS receivers simultaneously. Operating voltage from 3.1 to 5.5 V. Current consumption is only 200 mA.

The dimensions of the board are 84.5x44.5 mm. The weight of the autopilot is 45 grams. Has 14 PWM outputs for controlling servos. Interfaces include UART, I2C, SPI and CAN. Compatible with most telemetry systems.

The autopilot supports all modern navigation functions. Including automatic take-off, landing and waypoint following. It is possible to build complex 3D routes. The system keeps a detailed log of all flight parameters.

Specifications

• Processor: Arm Cortex-M7 STM32H743XI, 480 MHz, 2 MB Flash, 1 MB RAM
• Software support: Compatible with PX4 and ArduPilot
• Sensors:
• Three separate IMUs (accelerometers/gyros with redundancy)
• Two barometers (reservation)
• Magnetometer RM3100 (automotive grade)
• Power supply:
• Input voltage: 10-18V
• Support power backup: two main inputs + USB
• Energy efficient architecture for power/hybrid drones
• Interfaces:
• 16 PWM outputs for servos
• 2 CAN, 2 TELEM (telemetry), 2 GPS ports, Ethernet, USB Type-C, UART, SPI, I2C
• Support for CAN/UART peripherals
• Features:
• Triple redundant IMU for safety
• Temperature compensation sensors and IMU heaters
• Modular architecture (for independent custom solutions)
• Compatible with VTOL, multicopters, ground systems, heavy platforms
• Vibration isolation: yes
• Maximum output current: up to 10 A (total)
• Operating Temperature: Recommended for industrial applications.