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Flight Controller | Model CUAV Pixhawk X25 Evo

Name: Flight Controller | Model CUAV Pixhawk X25 Evo - MotioNew
SKU: 3256803209835618-1-6-1

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Description

CUAV X25 Evo – Next-Gen Flight Controller for Advanced UAV Systems

Unveiled at Shenzhen UASE 2025, the CUAV X25 Evo is a fully upgraded, high-performance flight controller designed for demanding unmanned system applications. Featuring a revolutionary power architecture, advanced sensor fusion, and optimized processing, the X25 delivers exceptional reliability, efficiency, and integration for next-gen UAV platforms.

Key Features:

Fully Upgraded Architecture
Designed to meet the needs of aerial, ground, and hybrid unmanned systems with expanded performance headroom.
Revolutionary Power Supply Design
Redefined power architecture offering significantly improved efficiency and stable operation under load.
All-New Sensor Array
Advanced sensor fusion using multiple synchronized IMUs, magnetometers, and barometers for ultra-precise navigation.
High Compatibility
Seamlessly integrates with PX4 and ArduPilot, supports CAN protocol for peripherals, GPS modules, and companion computers.
Industrial Reliability
Built for mission-critical operations with redundant systems, environmental protection, and real-time telemetry.

Whether used in professional multirotor, VTOL aircraft, or UGVs, the CUAV X25 sets a new benchmark in flight control performance for modern unmanned platforms.

Dual temperature compensation flight controller

Can bus, ethernet, x25 evo, uav, monitoring

If you have any questions regarding our products, use the Motionew Contact us page to consult our engineering team.

CUAV Pixhawk X25 Evo – FAQ

1.What is the Pixhawk X25 Evo used for?

The CUAV Pixhawk X25 Evo is a professional flight controller designed for multirotor, VTOL, and fixed-wing UAVs. It provides reliable navigation, advanced sensing, and rich connectivity for industrial, research, and commercial applications.

2.What processor does it use?

It runs on an STM32H7 Cortex-M7 processor at 480 MHz, ensuring high-speed data handling and stable autopilot performance.

3.What sensors are included?

Dual IIM-42653 IMUs (gyro ±4000°/s, accel ±32 g)
Secondary IIM-42652 IMU (gyro ±2000°/s, accel ±16 g)
RM3100 magnetometer
Dual barometers (TDK ICP20100 + Bosch BMP581)

This redundancy improves stability and reliability during flight.

4.How many output channels does it support?

It supports 16 PWM outputs, allowing control of multiple motors, servos, and payload systems.

5.What connectivity options are available?

2× GPS ports
2× Telemetry ports
1× UART4
1× RC input (PPM/SBUS/DSM, etc.)
1× Debug (DSU)
1× Ethernet port
3× CAN (CAN1) + 2× CAN (CAN2)
1× SPI6 expansion
1× USB Type-C
3× I2C ports
RSSI, ADC (3V3 & 6V6)

6.What power supply does it use?

USB input: 4.75 V – 5.25 V
PMU 2 Lite module: 20 V – 70 V (typical 10–18 V)

Specifications

Parameter	Details
Processor	STM32H7 Arm® Cortex®-M7, 480 MHz
Version	x25Evo
Gyro & Accel	IIM-42653 ×2Gyro Range: ±4000°/sAccel Range: ±32g
Secondary Gyro & Accel	IIM-42652Gyro Range: ±2000°/sAccel Range: ±16g
Compass	RM3100
Barometer	TDK ICP20100 / Bosch BMP581

Port Type	Quantity / Details
PWM OUT	16
Power IN (CAN)	2 (5055670871 / 505565001)
GPS Ports	2
TELEM Ports	2
UART4 Ports	1
RC IN	1 (PPM / SBUS / DSM, etc.)
DEBUG (DSU)	1
Ethernet (ETH)	1
CAN Bus	CAN1 ×3, CAN2 ×2
SPI6 Expansion	1
ADC 3V3	1
ADC 6V6	1
USB Ports	1 (Type-C)
I2C Ports	3
RSSI Ports	1
Power Module	PMU 2 Lite