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CUAV X25 EVO Controller Open Source Drone Unmanned Systems

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CUAV X25 EVO Controller Open Source Drone Unmanned Systems

Name: CUAV X25 EVO Controller Open Source Drone Unmanned Systems
Brand: CUAV
SKU: ACP6360
Price: 2889 CNY
Availability: InStock

ACP6360

¥2,889.00 CNY

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X25 EVO is a brand-new, high-performance, industrial-grade controller from CUAV. Compared with traditional controllers, X25 EVO has achieved breakthrough upgrades and optimization in aspects such as power rails, sensors, shock absorption systems, temperature compensation systems, hardware reliability, and device compatibility, significantly improving its performance and stability in complex environments and meeting the application needs of various unmanned systems.

CUAV X25 EVO Features:
Disruptive Wide-Range Power Supply Architecture
Brand-New Industrial IMU Sensor Matrix
High-Performance H7 Processor
Dual Temperature Compensation System
Double Shock-Absorption Structure System
Global Awareness I CAN Bus + 100M Ethernet
Enhanced Compatibility with High-Power
Large Unmanned Systems
Multifunctional RGB Full-Color indicator Light

Basic Parameters
Processor: STM32H7 Arm Cortex-M7 480 MHz
Version: X25 EVO
Gyro&Acce:
IIM-42653×2 Gyro Sensing Range:±4000°/s Accel Sensing Range: ±32g; IIM-42652 Gyro Sensing Range:±2000°/s Accel Sensing Range: ±16g
Compass: RM3100
Barometer: TDK IPC20100/Bosch BMP581

PortType
PWM OUT: 16
Power IN (CAN): 2(5055670871-5055650801)
GPS Ports: 2
TELEM Ports: 2
UART4 Ports: 1
RC IN: 1(PPM/SBUS/DSM,etc.)
DEBUG Ports (DSU): 1
Ethernet (ETH): 1
CAN Bus: CAN1x3 CAN2x2
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

Electrical and Mechanical Data
Input Voltage:
USB:4.75v~5.25v
PMU 2Lite:20V~70V
Power:10V~18V
Operating Temperature: -20℃~+85℃
Size: 76.5×45.45×32.2mm
Weight: 110g

X25 EVO Controller Packing List
X25 EVO：×1
CAN PMU2 Lite 15V Module：×1
CAN Extension board：×1
CAN Cable (35cm)：×2
Type-C Cable (100cm)：×1
TELEM Cable (30cm)：×2
RSSI Cable (25cm)：×1
RC IN Cable (30cm)：×1
CAN PMU 2 Lite 15V Controller Power Cable (30cm)：×1
GPS2->GPS Cable (30cm)：×1
UART 4 Cable (30cm)：×1
Ethernet Cable (40cm)：×1
ADC 3.3 Cable (25cm)：×1
ADC 6.6 Cable (25cm)：×1
TF Memory card：×1
Flat Head Hex：×4
Socket Head Cap Screw：×4
Shaped Silicone Mounting Lug：×4

CUAV X25 EVO Controller Description :

Power Innovation | Disruptive Wide-Range Power Supply Architecture

X25 EVO is fully upgraded to a 10V ~ 18V high-voltage power supply, significantly improving power supply efficiency.
The baseboard has a built-in 5V/15A DC-DC high-power converter, and the external interface supports 5V/12A output, empowering heavy-load devices.

Striving for Excellence | Brand-New Industrial IMU Sensor Matrix

The non-similarity IMU sensor matrix is composed of 3 sets of TDK industrial-grade IMUs, 2 sets of barometers, and the industrial-grade RM3100 anti-interference magnetometer. It supports failover and ensures safe operation in various complex environments.
The IIM series sensors are equipped with high-precision constant-temperature active external clocks, which can greatly reduce ODR errors and effectively improve the sensitivity and synchronization of systems.

Select TDK industrial-grade sensors with high precision, high anti-vibration capacity, large range, low noise, and slight temperature drift.
(IIM-42653/ IIM-42652/ IIM-42653)

Powerful Performance | High-Performance H7 Processor

It adopts a high-performance STM32H7 processor, bringing powerful intelligent computing power to the system and supporting secure boot and secure firmware upgrade services. During operation, the CPU occupancy rate is lower, and it is compatible with the complete ArduPilot and PX4 drivers and functions (such as IMU temperature learning, non-GPS navigation, FFT filtering algorithm, and LUA script), and provides ample space for follow-up development and compatibility with new drivers.

Dual Temperature Compensation System | Redefine Standard of Sensor Performance & Precision

X25 EVO features a newly upgraded dual temperature compensation system. The onboard IMU and the motherboard temperature control work in conjunction to build a constant temperature zone inside the controller, ensuring IMU, MCU, and crystal oscillator are always kept in a constant temperature environment, maintaining system performance stability, reducing performance damage caused by temperature drift, and ensuring measurement accuracy.
It responds to temperature differences at the millisecond level and achieves real-time and precise compensation within ±0.5℃.
Compared with previous generation controllers, temperature drift is reduced by 15%, and the consistency of the attitude algorithm is improved by 25%.

Rock-Solid | Double Shock-Absorption Structure System

The newly upgraded CUAV patented fourth-generation tilt-symmetric damping matrix shock absorber system, with an optional external fixed ear shock absorber to form a dual shock absorption system, can effectively suppress abnormal high-frequency vibration, reduce external interference, improve sensor data accuracy, and better adapt to different working conditions.

Global Awareness | CAN Bus + 100M Ethernet

By connecting to intelligent batteries and ESCs via CAN, X25 EVO can transmit status, operating temperature, and device information of intelligent batteries, motors, ESCs, servos, and other system devices, enabling status monitoring among unmanned system devices and enhancing system safety.
X25 EVO integrates a 100M Ethernet interface, supports Ethernet expansion of onboard computers, optical cameras, and data links, and can provide high-real-time, large-bandwidth communication guarantees for AI applications such as unmanned system swarm operations, visual navigation, and tracking.

Special Optimization | Enhanced Compatibility with High-Power Large Unmanned Systems

Strong Compatibility, Adaptable to Multi-Field Applications

It supports 16 PWM outputs via the Servo port, 32 PWM outputs via the CAN port, and is compatible with more drivers and actuators.

Support Wide Voltage and Large Current

X25 EVO comes standard with PMU 2 Lite, which supports 70V voltage output and 220A current detection. It also offers an optional PMU 2s with 140V input and 500A power monitoring.

Strong Drive, Support 3.3V / 5V PWM Level Output：

Built-in bidirectional multi-level converter supports 3.3V/ 5V PWM switching. This effectively solves level or signal attenuation and distortion issues caused by long wiring, capacitive or high-impedance loads, ensuring smooth actuator operation.

Status Visuaization Multifunctional RGB Full-Color Indicator Light

Equipped with a multifunctional RGB full-color status indicator light, intuitively reflecting the working status of the controller through multi-colored lights. It can display a variety of status effects, covering modes such as unlock switch, battery level, positioning, fault, and more, enabling easy status judgment and troubleshooting, significantly improving work efficiency.

Six Innovative Details

Dual Redundant Power Supplies
Integrated ESD and Overcurrent Protection
Fully Automated Testing
Anti-Static Design for Ports
Conformal Coating on PCB
Detachable CORE

PMU 2 Lite Power Management Unit Module

220A Current Detection Overcurrent Warning Protection

PMU 2 Lite utilizes non-contact, coreless busbar current detection technology and CNC-machined current sensing sheets. PMU 2 Lite can achieve instantaneous, high-current 220A lossless current measurement in a compact package. It also supports overcurrent warning, effectively ensuring safe system operation, preventing abnormal damage to equipment, and improving overall reliability.

16S Battery Input Wide Voltage, Flexible Adaptation

PMU 2 Lite supports 20V to 70V wide voltage input and is compatible with 16S batteries. It adapts to various power supply conditions and can easily meet the power needs of various unmanned systems in different scenarios, significantly improving its adaptability.

Support ArduPilot and PX4 Firmware

X25 EVO is compatible with mainstream open-source platforms such as ArduPilot and PX4. It supports a wide variety of unmanned system devices such as multi-rotors, fixed-wings, vertical take-off and landing fixed-wings, unmanned helicopters, unmanned vehicles, and unmanned ships(submersibles).