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X7 Pro Flight Contrvoller Autopilot for PX4

  • Professional UAV Autopilot System – Designed for demanding industrial and commercial unmanned applications, including drones, fixed-wing aircraft, VTOL systems, helicopters, rovers, and boats.
  • High-Performance STM32H743 Processor – Powered by a 32-bit STM32H743 processor for responsive and reliable flight-control performance.
  • Triple-Redundant IMU System – Integrates three high-performance IMU sensors, including ADIS16470, ICM-20649, and BMI088 sensors, for reliable inertial measurement and sensor redundancy.
  • Industrial-Grade RM3100 Compass – Includes a high-performance RM3100 magnetometer for accurate heading and improved resistance to magnetic interference.
  • Dual MS5611 Barometers – Dual barometric sensors provide reliable altitude data and additional redundancy for advanced flight-control applications.
  • 14 PWM Outputs with DShot Support – Provides up to 14 PWM outputs, with 12 channels supporting DShot for compatible electronic speed controllers.
  • Extensive Peripheral Connectivity – Includes 5 UART ports, 6 I2C buses, 2 CAN buses, 2 GPS interfaces, RC input, RSSI, ADC, USB, and debugging interfaces.
  • Redundant Power Inputs – Features dual power inputs, including a standard ADC power-monitoring interface and a dedicated CAN-based power interface.
  • PX4 & ArduPilot Support – Designed for supported PX4 and ArduPilot applications, providing flexibility for advanced UAV development and autonomous systems.
  • Rugged Industrial Design – Features internal vibration isolation, temperature-compensated IMUs, a 4.5–5.5V power input, and an operating temperature range of -20°C to +85°C.
  • Trusted dealerDirect manufacturer partnership
  • Pan-India deliveryInsured shipping, all states
  • Post-sale supportTraining + service included
Overview

What makes it work

X7 Pro Flight Controller Autopilot | CUAV X7+ Pro PX4/ArduPilot


🧠

STM32H743
Processor @ 480MHz
🛰️

ADIS16470
Aerospace-Grade IMU
🧭

RM3100
Industrial Compass
🌡️

2x MS5611
Barometers
🔌

14 PWM
12 Support DShot
⚖️

~101g
Weight
🌡️

-20°C to 85°C
Operating Range

PX4 + ArduPilot
Firmware Support

Full Specifications

Processor & Sensor Specifications
Specification Details
Product X7 Pro Flight Controller Autopilot — genuine CUAV hardware, labeled “X7+” on the module itself, Pro-tier sensor package
Processor STM32H743, 32-bit Arm Cortex-M7 @ up to 480MHz, 2MB flash, 1MB RAM
IMU Sensors Triple-redundant Pro-tier trio: ADIS16470 (aerospace/automotive-grade primary), plus ICM-20649 and BMI088 secondary sensors
Compass RM3100, an industrial-grade electronic compass
Barometers Dual MS5611 barometric pressure sensors
Vibration Isolation Internal shock absorption plus temperature-compensated IMUs to reduce drift and vibration effects on sensor readings
xBoom SKU xboom-145452
Connectivity, Power & Build
Specification Details
PWM Outputs 14 total, with 12 supporting DShot for modern motor-control systems
RC Input SBUS, PPM, and DSM formats supported, plus dedicated RSSI input
UART Ports 5 UART interfaces
GPS Ports 2 dedicated GPS ports
I2C Buses 6 I2C interfaces total
CAN Ports 2 CAN bus interfaces
Power Ports Redundant power inputs — 2 ports with standard ADC-based monitoring plus a dedicated CAN-based power interface
Power Input 4.5-5.4V primary input, 4.75-5.25V USB input, 0-10V servo rail
Weight Approximately 101g
Operating Temperature -20°C to 85°C

The Aerospace-Grade Step Up From the Standard X7+

X7 Pro Flight Controller Autopilot: Genuine CUAV X7+ Pro Hardware

This is a genuine CUAV module, built around the same fast STM32H743 processor as the standard X7+, but stepped up to a Pro-tier sensor package: a triple-redundant IMU trio combining an ADIS16470 as the primary sensor alongside ICM-20649 and BMI088 units. The ADIS16470 is an aerospace and automotive-grade inertial sensor — the same class of part CUAV positions for cutting-edge aerospace projects, valued for exceptional gyroscope and acceleration drift performance well beyond typical consumer-grade IMUs.

That sensor upgrade is what the “Pro” designation is really about: CUAV positions this board for industrial UAV operations, research, and commercial applications that demand high reliability standards, rather than the general consumer drone market the standard X7+ also serves well. Both firmware ecosystems are fully supported — PX4 and ArduPilot — so the choice between X7+ and X7+ Pro comes down to how much sensor headroom your mission profile actually needs, not which flight stack you plan to run.

🛰️

Aerospace-Grade ADIS16470

A primary IMU class used in demanding aerospace projects, not typical consumer boards.

🎯

Triple Premium IMU Package

ADIS16470 plus ICM-20649 and BMI088 for intelligent sensor redundancy.

🧭

Industrial RM3100 Compass

A more capable magnetometer than typical consumer flight controllers.

PX4 & ArduPilot Compatible

Full support for both leading open-source flight platforms.

Built for Demanding, High-Reliability UAV Builds

The X7 Pro Flight Controller Autopilot brings aerospace-grade sensor reliability to your build.

Processing
🧠

STM32H743 @ 480MHz

A fast, high-performance processor for real-time flight control.

Sensing
🛰️

Aerospace-Grade Triple IMU

ADIS16470 plus ICM-20649 and BMI088 for premium sensor fusion.

Navigation
🧭

Industrial RM3100 Compass

A more capable heading sensor than typical consumer boards.

Motors
🔌

14 PWM, 12 with DShot

Modern digital motor control support across most outputs.

Connectivity
🔗

Dual CAN, 6 I2C, 5 UART

Extensive peripheral connectivity for complex, redundant builds.

Software

PX4 & ArduPilot Ready

Full support for both major open-source flight-control platforms.

Built for Industrial and Research-Grade UAV Projects

CUAV positions the Pro tier for operations that need more sensor headroom than the standard X7+ provides.

🏭

Industrial UAV Operations

Aerospace-grade sensors for commercial-grade reliability demands.

🔬

UAV Research & Development

Premium sensor data for research platforms that need it most.

✈️

VTOL & Fixed-Wing Aircraft

Redundant sensors suit complex transition-flight platforms.

🚗

Rovers & Ground Vehicles

The same core hardware adapts to autonomous ground vehicles.

🚤

Autonomous Boats

Industrial-grade reliability for marine autonomous platforms.

🚁

Commercial Multirotor Systems

Built for the reliability demands of commercial operations.

See the X7+ Pro in Use

A real unboxing confirming dual firmware support, a gasoline VTOL deployment, and an ArduPilot install walkthrough on the same board family.

CUAV X7+ Pro flight controller applied to 50kg gasoline VTOL drone

Real VTOL Deployment

The X7+ Pro running a 50kg gasoline VTOL drone on ArduPilot

CUAV X7 plus flight controller ArduPilot firmware installation

ArduPilot Install Walkthrough

Firmware installation shared across the X7+ board family

Frequently Asked Questions

What makes the X7 Pro Flight Controller Autopilot different from the standard X7+?
The primary IMU: the Pro tier uses an aerospace and automotive-grade ADIS16470 (alongside ICM-20649 and BMI088), while the standard X7+ uses an ICM-42688-P plus dual ICM-20689 sensors. CUAV positions the Pro tier for industrial, research, and commercial applications that need that extra sensor headroom.
Does this only work with PX4?
No — this board fully supports both PX4 and ArduPilot. Firmware choice doesn’t depend on picking the Pro tier over the standard X7+; both boards run either flight stack.
Why does it use three different IMU sensors?
Triple redundancy lets the flight controller cross-check inertial data across independent, differently-sourced sensors, so a fault or drift in one sensor doesn’t compromise flight-critical data.
How many motors can this control?
Up to 14 via PWM outputs, with 12 of those supporting DShot for modern digital motor control on compatible ESCs.
What vehicles can this be used with?
Multirotors, fixed-wing aircraft, and VTOL platforms are the most common use, and the same hardware also supports autonomous rovers and boats.
What’s the operating voltage and temperature range?
4.5-5.4V primary input (4.75-5.25V via USB), with an operating temperature range of -20°C to 85°C.

Specifications

The full sheet

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