V6X Flight Controller for PX4 and ArduPilot
- Next-Generation H7 Flight Controller – Powered by an STM32H753IIK6 processor with a 32-bit ARM Cortex-M7 architecture and up to 480 MHz processing speed for demanding UAV applications.
- Triple-Redundant IMU System – Integrates three accelerometer and gyroscope sensors with independent buses and power supplies for improved sensor reliability and flight-control redundancy.
- Dual-Redundant Barometers – Features dual barometric sensors to provide reliable altitude data and added redundancy for unmanned-system applications.
- High-Performance RM3100 Magnetometer – Includes a low-noise RM3100 magnetic compass for accurate heading and orientation data.
- Integrated 100 Mbps Ethernet – Provides high-speed Ethernet connectivity for communication with onboard computers, mapping cameras, and other compatible high-bandwidth equipment.
- 16 PWM Outputs – Offers up to 16 PWM outputs for connecting compatible motors, servos, and other flight-control peripherals.
- Extensive Connectivity Options – Includes 2 GPS interfaces, 3 telemetry ports, 2 CAN buses, 2 USB interfaces, UART, SPI, RC input, and additional expansion interfaces.
- Built-In Vibration Isolation – Features a shock-absorption design to help reduce the impact of vibration on sensitive flight-control sensors.
- Compatible with PX4 & ArduPilot – Suitable for advanced UAV development, autonomous flight systems, research platforms, and other unmanned vehicle applications using supported firmware.
- Wide Power & Operating Range – Supports PMU input from 12–70V, with a controller operating voltage of approximately 4.85–5.45V 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
V6X Flight Controller Autopilot
The V6X Flight Controller Autopilot is a genuine CUAV Pixhawk V6X, an industrial-grade autopilot built around a dual-processor safety architecture, triple-redundant sensors, and integrated 100Mbps Ethernet — fully compatible with both PX4 and ArduPilot.
Triple IMU Redundancy
Dual ICP-20100 Baro
100Mbps Ethernet
PX4 & ArduPilot Ready
Full Specifications
| Specification | Details |
|---|---|
| Product | V6X Flight Controller Autopilot — genuine CUAV hardware, labeled “V6X” on the module itself, Pixhawk FMU V6X standard design |
| FMU Processor | STM32H753IIK6, 32-bit Arm Cortex-M7 @ up to 480MHz, 2MB flash, 1MB RAM |
| IO Processor | A separate Cortex-M3 co-processor with its own independent bus and power supply, for failsafe redundancy if the main FMU faults |
| IMU Sensors | Triple-redundant, each on independent buses and power supplies: BMI088, ICM-42688-P, and ICM-20649 |
| Compass | RM3100, a low-noise industrial-grade electronic compass |
| Barometers | Dual ICP-20100 barometric pressure sensors for redundant altitude data |
| Vibration Isolation | Internal shock-absorption baseboard design to reduce vibration effects on sensor readings |
| xBoom SKU | xboom-145461 |
| Specification | Details |
|---|---|
| PWM Outputs | 16 total (M1-M8 via the IO processor, A1-A8 via the FMU) |
| RC Input | PPM and Spektrum/DSM/S.Bus, with analog/PWM RSSI input |
| Telemetry Ports | 3, all with full flow control |
| GPS Ports | 2 dedicated GPS ports |
| CAN Buses | 2 CAN bus interfaces |
| USB Ports | 2 (USB Type-C plus JST GH1.25) |
| Ethernet | Integrated 100Mbps port for onboard computers, mapping cameras, and other high-bandwidth equipment |
| Power Input | Supports PMU input from 12-70V, controller operating voltage approximately 4.85-5.45V, 0-9.9V servo rail |
| Weight | Approximately 99g for the full flight-controller assembly (43g core module + 56g baseboard) |
| Operating Temperature | -20°C to 85°C |
A Dual-Processor Safety Architecture, Built In
V6X Flight Controller Autopilot: Genuine CUAV Pixhawk V6X Hardware
This is a genuine CUAV module — the unit itself is clearly labeled “V6X,” built to the open Pixhawk FMU V6X standard. Its core safety idea is separation: the fast STM32H753 FMU handles main flight-control computation, while a separate Cortex-M3 co-processor runs on its own independent bus and power supply as a failsafe layer. Layer on top of that a triple-redundant IMU set (BMI088, ICM-42688-P, and ICM-20649, each independently powered and bused) plus dual ICP-20100 barometers, and you get a sensor package built to keep flying even if one component has a bad day.
What sets the V6X apart from CUAV’s X7 series is the integrated 100Mbps Ethernet port — a genuinely useful addition for builds that pair the flight controller with an onboard companion computer, mapping camera, or other high-bandwidth peripheral, the kind of setup common in survey, mapping, and autonomous research platforms. Both major open-source firmware stacks are fully supported: PX4 and ArduPilot, so the choice of flight software doesn’t limit which platform you build around.
Dual-Processor Safety Design
Independent FMU and IO processors with separate buses and power.
Triple IMU Redundancy
Three independently-powered sensors for reliable flight data.
Integrated 100Mbps Ethernet
High-bandwidth connectivity for companion computers and cameras.
PX4 & ArduPilot Compatible
Full support for both leading open-source flight platforms.
See Every Detail
Built for Real-World Deployment
The V6X core module mounted on its baseboard, with the full connector layout visible along the front edge — plenty of GPS, telemetry, CAN, USB, and Ethernet ports for a genuinely complex UAV build.
Compact, Industrial-Grade Build
A clean, compact form factor with the module secured to the baseboard — the same rugged CUAV build quality found across the X7 and V6X lines.
Built for Demanding, Connected UAV Builds
The V6X Flight Controller Autopilot brings genuine industrial-grade reliability and connectivity to your build.
🧠
Dual-Processor Design
Independent FMU and IO processors for layered flight-safety.
🎯
Triple-Redundant IMUs
BMI088, ICM-42688-P, and ICM-20649, each independently powered.
🧭
RM3100 Compass, Dual Baro
Industrial-grade heading and altitude sensing with redundancy.
🌐
Integrated 100Mbps Ethernet
High-bandwidth link for companion computers and cameras.
🔌
16 PWM Servo Outputs
Ample outputs for complex multirotor and fixed-wing builds.
✅
PX4 & ArduPilot Ready
Full support for both major open-source flight-control platforms.
Built for Serious, Connected UAV Projects
The V6X Flight Controller Autopilot suits builders who need redundant, industrial-grade flight-control hardware with room to connect a companion computer.
Companion-Computer & AI Builds
The integrated Ethernet port suits vision and swarm-capable builds.
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 & Research UAV Systems
Built for the reliability demands of research and commercial operations.
See the V6X in Use
A real unboxing, an independent hands-on introduction, and Painless360’s take on why builders choose a Pixhawk-family controller.
Frequently Asked Questions
Is the V6X Flight Controller Autopilot compatible with both PX4 and ArduPilot?
Why does it use three different IMU sensors?
What is the integrated Ethernet port used for?
How many motors or servos can this control?
Does it really have dual barometers?
What’s the operating voltage and temperature range?
The full sheet
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