X7 Flight Controller Autopilot for PX4
- Advanced UAV Flight Controller – Designed for demanding drone, UAV, and autonomous vehicle applications, including multirotors, fixed-wing aircraft, VTOL systems, rovers, and boats.
- High-Performance STM32H743 Processor – Powered by a 32-bit STM32H743 processor for reliable and responsive flight-control performance.
- Triple IMU Sensor System – Integrates multiple industrial-grade accelerometer and gyroscope sensors with intelligent sensor redundancy for dependable flight data.
- Integrated RM3100 Compass – Includes an industrial-grade RM3100 electronic compass for reliable heading and orientation information.
- Dual MS5611 Barometers – Dual barometric sensors provide altitude data and additional redundancy for flight-control applications.
- 14 PWM Outputs – Provides up to 14 PWM outputs, with support for DShot on compatible output channels for modern motor-control systems.
- Extensive Connectivity – Includes multiple UART, I2C, CAN, GPS, RC input, ADC, USB, safety switch, and debugging interfaces for connecting a wide range of UAV peripherals.
- Built-In Vibration Isolation – Features internal shock absorption to help reduce the effects of vibration on flight-control sensor measurements.
- PX4-Compatible Autopilot – Designed for use with supported PX4 firmware and suitable for advanced UAV development, research, and autonomous flight applications.
- Reliable Industrial-Grade Design – Operates from 4.3–5.4V, supports a -20°C to +85°C operating temperature range, and weighs approximately 101g.
- Trusted dealerDirect manufacturer partnership
- Pan-India deliveryInsured shipping, all states
- Post-sale supportTraining + service included
What makes it work
X7 Flight Controller Autopilot
The X7 Flight Controller Autopilot is a genuine CUAV X7+, an industrial-grade autopilot fully compatible with both PX4 and ArduPilot, built for demanding multirotor, fixed-wing, VTOL, rover, and boat applications.
Triple IMU Redundancy
RM3100 Compass
14 PWM, 12 DShot
PX4 & ArduPilot Ready
Full Specifications
| Specification | Details |
|---|---|
| Product | X7 Flight Controller Autopilot — genuine CUAV hardware, labeled “X7+” on the module itself |
| Processor | STM32H743, 32-bit Arm Cortex-M7 @ up to 480MHz, 2MB flash, 1MB RAM |
| IMU Sensors | Triple-redundant: ICM-42688-P (primary, low-noise) plus two ICM-20689 sensors (secondary/tertiary) |
| Compass | RM3100, an industrial-grade electronic compass |
| Barometers | Dual MS5611 barometric pressure sensors |
| Vibration Isolation | Internal shock absorption to reduce vibration effects on sensor readings |
| xBoom SKU | xboom-145440 |
| Specification | Details |
|---|---|
| PWM Outputs | 14 total, with 12 supporting DShot for modern motor-control systems |
| RC Input | SBUS, CPPM, and DSM formats supported |
| GPS Ports | 2 dedicated GPS ports |
| I2C Buses | 6 total (4 independent interfaces, plus 2 integrated into GPS and UART4) |
| CAN Ports | 2 CAN bus interfaces |
| Power Ports | 2 (POWERA/POWERC), supporting standard and UAVCAN battery monitoring |
| Power Input | 4.5-5.4V primary input, 4.75-5.25V USB input |
| Weight | Approximately 101g |
| Operating Temperature | -20°C to 85°C |
Industrial-Grade Autopilot, Two Firmware Ecosystems
X7 Flight Controller Autopilot: Genuine CUAV X7+ Hardware
This is a genuine CUAV module — the unit itself is clearly labeled “X7+,” CUAV’s current-generation autopilot in the X7 family. It’s built around an STM32H743 processor running at up to 480MHz, backed by triple-redundant IMU sensors (a low-noise ICM-42688-P as the primary, plus two ICM-20689 units) and an industrial-grade RM3100 compass, rather than the consumer-grade magnetometers found in cheaper flight controllers. Dual MS5611 barometers and internal vibration isolation round out a sensor package built for genuinely reliable flight data, not just adequate performance.
One clarification worth making clearly: while this listing is titled “for PX4,” CUAV’s own documentation confirms the X7+ runs both ArduPilot 4.1.0+ and PX4 v1.12.3+ — and CUAV itself recommends ArduPilot as the primary firmware option for this board. With 14 PWM outputs (12 supporting DShot), dual CAN buses, 6 I2C buses, and 2 dedicated GPS ports, it has the connectivity for genuinely complex UAV builds, whether you’re running multirotors, fixed-wing aircraft, VTOL platforms, rovers, or boats.
Fast STM32H743 @ 480MHz
High-speed processing for demanding flight-control workloads.
Triple IMU Redundancy
Industrial-grade sensors with intelligent redundancy for reliability.
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+ module on its carrier board, showing its extensive connector layout — plenty of GPS, telemetry, CAN, and power ports for a genuinely complex UAV build.

ArduPilot and PX4 Compatible
The ArduPilot logo is printed directly on the carrier board — genuine confirmation that this board runs both major open-source flight-control platforms, not just PX4.

Built for Demanding, Complex UAV Builds
The X7 Flight Controller Autopilot brings genuine industrial-grade reliability to your build.
🧠
STM32H743 @ 480MHz
A fast, high-performance processor for real-time flight control.
🎯
Triple-Redundant IMUs
ICM-42688-P plus dual ICM-20689 sensors for reliable data.
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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 Buses
Extensive peripheral connectivity for complex builds.
✅
PX4 & ArduPilot Ready
CUAV recommends ArduPilot as the primary firmware option.
Built for Serious, Industrial-Grade UAV Projects
The X7 Flight Controller Autopilot suits builders who need genuine, redundant, industrial-grade flight-control hardware.
Multirotor & Fixed-Wing Builds
Reliable flight control for demanding aircraft builds.
VTOL 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 UAV Systems
Built for the reliability demands of commercial operations.
UAV Research & Development
Well-documented, open-source-compatible hardware for research.
See the X7+ in Use
A real unboxing, a genuine flight test, and a closely related X7+ Pro unboxing confirming dual PX4/ArduPilot support.








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