SKU: DRFC-1839
📋 GST Invoice Available

CUAV X25 EVO Pixhawk Autopilot Flight Controller

₹46,719.00 (Inclusive of all taxes)
Out of Stock

The CUAV X25 EVO is a high-performance industrial-grade Pixhawk autopilot flight controller featuring a powerful STM32H7 processor, triple-redundant IMUs, and a wide 10V–18V DC input. It is fully compatible with ArduPilot and PX4 firmware for advanced autonomous UAV applications.

Features

  • High-performance STM32H7 Cortex-M7 processor running at 480MHz for complex flight control algorithms.
  • Triple-redundant IIM-42653/42652 IMUs and dual barometers with automatic failover for maximum reliability.
  • Wide 10V–18V DC power input range, supporting high-voltage operation for heavy-lift and industrial drones.
  • Detachable CORE module design simplifies maintenance, upgrades, and system integration.
  • Extensive connectivity with 16 PWM outputs, 5 CAN bus interfaces, dual GPS, and dual telemetry ports.

Out of stock

Description

The CUAV X25 EVO represents a significant evolution in industrial flight control hardware. Its architecture is built around a powerful STM32H7 Cortex-M7 processor, providing the computational headroom required for demanding autonomous missions, complex sensor fusion, and real-time navigation tasks. The board’s electrical design prioritizes robustness, with a wide input voltage range and dedicated power management via the included PMU 2 Lite module.

Structural and sensor integrity is paramount. The X25 EVO employs a 4th-generation shock absorption Matrix with shaped silicone mounting lugs to isolate the triple IMUs and dual barometers from frame vibrations. A dedicated dual-temperature compensation system ensures sensor accuracy remains consistent across the full -20°C to +85°C operating temperature range, making it suitable for deployment in harsh environmental conditions.

Key Features

  • Industrial-Grade Processing: STM32H7 Cortex-M7 core at 480MHz delivers the performance needed for advanced autonomy and high-speed data processing.
  • Advanced Sensor Redundancy: Triple IIM-4265x series IMUs and dual TDK/Bosch barometers provide critical sensor failover, enhancing flight safety in professional applications.
  • Optimized Vibration Damping: 4th-generation damping Matrix with specialized silicone lugs significantly reduces high-frequency noise, improving state estimation accuracy.
  • Modular Maintenance Design: The detachable CORE module allows for easy field replacement or upgrades without requiring a full system rewire.
  • Comprehensive Connectivity Suite: Features 16 PWM channels, 5 independent CAN bus ports, dual GPS/Telemetry, Ethernet, and multiple ADC inputs for extensive peripheral integration.
  • Wide Operational Voltage: Supports 10V–18V DC input (with PMU 2 Lite handling 20V–70V), enabling efficient high-voltage power systems for heavy-lift platforms.

Applications

  • Heavy-lift multirotor drones for agricultural spraying, surveying, and cargo delivery.
  • Fixed-wing and VTOL (Vertical Take-Off and Landing) UAVs for long-range mapping and surveillance missions.
  • Advanced autonomous research platforms requiring high computational power and sensor redundancy.
  • Industrial inspection drones operating in GPS-denied or magnetically challenging environments.
  • Unmanned ground vehicles (UGVs) and surface vessels (USVs) for integrated robotic control systems.

Technical Specifications

ProcessorSTM32H7 Arm Cortex-M7, 480MHz
IMU SensorsIIM-42653 / IIM-42652 / IIM-42653 (Triple Redundant)
CompassRM3100
BarometerTDK ICP20100 / Bosch BMP581 (Dual)
PWM Outputs16 Channels
CAN Bus Interfaces5 (CAN1 x 3, CAN2 x 2)
Input Voltage (DC)10V – 18V
Input Voltage (PMU 2 Lite)20V – 70V
USB Input Voltage4.75V – 5.25V
GPS Ports2
Telemetry Ports2
Operating Temperature-20°C to +85°C
Dimensions76.5 x 45.45 x 32.2 mm
Weight110 g

Frequently Asked Questions

What is the primary input voltage range for the X25 EVO flight controller?

The X25 EVO's primary DC input voltage range is 10V to 18V. For higher voltage systems, the included PMU 2 Lite module can accept 20V to 70V and regulate it down for the controller. Always connect power through the designated power module port, not directly to the board's servo rail.

How does the triple IMU redundancy work with ArduPilot or PX4?

Both ArduPilot and PX4 firmware support automatic IMU failover. The software continuously monitors all three IIM-4265x IMUs. If one sensor provides erratic data or fails, the system seamlessly switches to a healthy IMU without interrupting flight, a critical feature for safety in industrial and commercial operations.

Can I use this controller for a VTOL (Vertical Take-Off and Landing) fixed-wing aircraft?

Yes, the X25 EVO is an excellent choice for VTOL platforms. Its high-speed STM32H7 processor efficiently handles the complex control mixing and transition logic required. The extensive PWM (16 channels) and CAN bus (5 interfaces) connectivity allow for easy integration of multiple motors, servos, and peripherals like airspeed sensors.

What is the purpose of the detachable CORE module?

The detachable CORE module contains the main processor, memory, and core sensors. This design allows for easy field replacement if the module is damaged, simplifying maintenance. It also facilitates future upgrades, as a new CORE module with enhanced specs could potentially be installed without replacing the entire wiring harness and peripheral connections.

Package Includes

  • 1 x CUAV X25 EVO Flight Controller
  • 1 x CAN PMU 2 Lite Power Module
  • 1 x GPS2 to GPS Cable (30cm)
  • 1 x UART4 Cable (30cm)
  • 1 x Ethernet Cable (40cm)
  • 1 x CAN Extension Board
  • 2 x CAN Cables (35cm)
  • 2 x TELEM Cables (30cm)
  • 1 x ADC 3.3V Cable (25cm)
  • 1 x ADC 6.6V Cable (25cm)
  • 1 x RSSI Cable (25cm)
  • 1 x RC IN Cable (30cm)
  • 1 x Type-C Cable (100cm)
  • 1 x 32GB TF Memory Card
  • 1 x 15V Controller Power Cable (30cm)
  • 4 x Flat Head CubePilot Socket Screws
  • 4 x Socket Head Cap Screws
  • 4 x Shaped Silicone Mounting Lugs

Additional Information

Weight 0.354 kg
Dimensions 15 × 15 × 5 cm