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
What makes it work
X7 Pro Flight Controller Autopilot
The X7 Pro Flight Controller Autopilot is a genuine CUAV X7+ Pro, built around an aerospace-grade ADIS16470 IMU for industrial UAV operations, research, and commercial applications that demand more than consumer-grade reliability.
ADIS16470 Aerospace IMU
RM3100 Compass
14 PWM, 12 DShot
PX4 & ArduPilot Ready
Full 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 |
| 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.
See Every Detail
Built for Real-World Deployment
The X7+ Pro module on its carrier board, clearly labeled “X7+” with CUAV’s own branding — the same rugged form factor as the standard X7+, with a premium sensor package inside.

Built for Demanding, High-Reliability UAV Builds
The X7 Pro Flight Controller Autopilot brings aerospace-grade sensor reliability to your build.
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STM32H743 @ 480MHz
A fast, high-performance processor for real-time flight control.
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Aerospace-Grade Triple IMU
ADIS16470 plus ICM-20649 and BMI088 for premium sensor fusion.
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Industrial RM3100 Compass
A more capable heading sensor than typical consumer boards.
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14 PWM, 12 with DShot
Modern digital motor control support across most outputs.
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Dual CAN, 6 I2C, 5 UART
Extensive peripheral connectivity for complex, redundant builds.
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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.







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