Overview
CUAV Pixhawk V6X V2 is a Pixhawk-series drone controller designed for PX4 and ArduPilot autopilot firmware. It follows the Pixhawk FMU v6x standard and modular design philosophy, featuring upgraded industrial-grade redundant sensing, a constant-temperature external clock and MCU heat dissipation design, 5V/3.3V PWM level switching, and a patented shock absorption structure. The standard PMU 2 Lite power management module supports 70V input and 220A current detection.
Key Features
- H7 double-precision floating-point unit (STM32H753IIK6); 480MHz double precision floating-point unit; 2M Flash memory
- Industrial-grade dissimilar triple-redundant IMU matrix with independent bus and power supply design (IIM-42652, BMI088, ICM-45686)
- Combined dual-redundant barometer (BMP581, ICP-20100)
- Core shock absorption system with three-axis (X, Y, Z) shock absorption; tilted four-corner support design; new type of shock-absorbing material
- Automotive-grade RM3100 magnetic compass for robust magnetic interference rejection
- IMU external crystal clock compensation (used with high-precision constant-temperature external clock to reduce ODR errors and improve sensitivity and synchronization)
- Constant temperature control system: thermal conductive silicone and IMU temperature compensation to reduce temperature-related drift
- Flexible software switching between 5V and 3.3V PWM output levels
- Integrated 100 Mbps Ethernet interface for high-speed data synchronization with devices such as mission computers and surveying cameras
- Supports secure boot and secure firmware update services
- Multi-redundant power supply design; supports 2-channel CAN PMU input; includes PMU 2 Lite as standard
- Bottom mounting holes added for direct screw mounting; mounting holes compatible with M2 standard screws
Specifications
| Processor | STM32H753IIK6 |
| Coprocessor | STM32F103 |
| Version | Pixhawk V6XV2 |
| CPU / memory (stated) | 480MHz double precision floating-point unit; 2M Flash memory |
| Accelerometer & gyroscope | IIM-42652; BMI088; ICM-45686 |
| Compass | RM3100 |
| Barometer | BMP581; ICP-20100 |
| PWM I/O | 16 |
| PWM level | 3.3V / 5V (software switching) |
| Power | 2 (2 CAN power interfaces) |
| GPS port | 2 (GPS1: GPS interface with I2C and safety switch; GPS2: interface with I2C and GPS) |
| TELEM port | 3 |
| CAN bus | 2 |
| PPM RC | 1 (dedicated input for PPM receiver) |
| SBUS/DSM/RSSI | 2 (1 SBUS/DSM/Spektrum input; 1 analog 3.3V/PWM input) |
| SBUS outs | 1 |
| FMU debug | 1 |
| IO debug | 1 |
| Ethernet | 1 (100 Mbps) |
| SPI external 1 | 1 (SP16 interface for external sensor expansion) |
| ADIO | 1 (AD3.3/ADC6.6) |
| UART4 | 1 |
| USB port | 2 (Type-C x1; GH interface x1 for USB external connection) |
| TF card | 1 |
| Power module | Standard PMU 2 Lite (5V version), input voltage: 12-70V |
| Operating voltage | USB: 4.75-5.25V; PMU 2 Lite: 12-70V; Power: 4.85-5.45V |
| Operating temperature | -20 to 85C |
| Size | 45 x 85.1 x 29.2 mm |
| Weight | Controller: 97.9g; Core: 43.1g; Carrier board (including screws): 54.8g |
| Mounting note (diagram text) | Mounting holes compatible with M2 standard screws; dimensions shown: 72 mm; 22.50 mm; 24 mm |
What’s Included
- Pixhawk V6X V2 x1
- CAN PMU 2 Lite 5V Power Module x1
- PMU 2 Lite-5V Header Power Cable (X7+ (V6X) Version), wire length: 25cm x1
- CAN/I2C Extension Board x1
- TF Memory card x1
- Type-C Cable, wire length: 100cm x1
- DSM RC Cable, wire length: 30cm x1
- SBUS RC Cable, wire length: 30cm x1
- PPM RC/SBUS OUT Cable, wire length: 30cm x1
- Ethernet Cable, wire length: 40cm x1
- CAN Cable, wire length: 30cm x1
- TELEM Cable, wire length: 30cm x1
- UART 4 Cable, wire length: 30cm x1
- UART4 -> I2C Cable, wire length: 30cm x1
- ADIO Cable, wire length: 30cm x1
- Debug Cable, wire length: 10cm x1
- USB -> Type-C Female Connector Extension Cable, wire length: 50cm x1
- 3M Double-Sided x2
Applications
- Compatible with ArduPilot and PX4
- Supports multi-rotor, fixed-wing, VTOL fixed-wing, unmanned helicopter, unmanned vehicles, and unmanned ships (submersibles)
- High-speed Ethernet data synchronization with mission computers and other onboard devices where supported
For compatibility checks and setup questions, contact support@rcdrone.top or visit https://rcdrone.top/.
Video
Details

Pixhawk V6X V2 flight controller uses an H7 processor and lists triple-redundant IMU, dual barometer, and RM3100 compass with a shock-absorption design.

The Pixhawk V6X V2 uses an STM32H753IIK6 H7 processor to support PX4 and ArduPilot-based flight control setups.

Pixhawk V6X V2 uses a three-axis (X, Y, Z) shock-absorption mount with four tilted corner supports to help reduce vibration and noise.

Pixhawk V6X V2 flight controller design features a triple-redundant IMU setup around the STM32H753IIK6, plus external crystal clock compensation for sensor timing.

Pixhawk V6X V2 integrates an automotive-grade RM3100 magnetometer and supports GPS heading determination for more stable orientation and navigation.

A constant temperature control system uses thermal conductive silicone and IMU temperature compensation to reduce temperature-related drift.

Pixhawk V6X V2 supports flexible switching between 5V and 3.3V PWM output levels for easier compatibility with different peripherals.

Pixhawk V6X V2 integrates a 100 Mbps Ethernet interface alongside labeled ports like USB, TELEM3, CAN, and GPS & Safety for clean wiring.

Pixhawk V6X V2 pairs with the PMU 2 Lite module for multi-redundant power input, supporting 12–70V and 220A current detection.

The CUAV Pixhawk V6X V2 uses a modular, detachable core module on a carrier board to simplify customization and connector access.

The CUAV Pixhawk V6X V2 adds four M2-compatible bottom mounting holes with a 72 mm footprint for more secure screw-in installation.

Pixhawk V6X V2 supports ArduPilot and PX4 firmware for a range of unmanned platforms including multirotors, fixed-wing aircraft, and ground or marine vehicles.

The Pixhawk V6X V2 kit includes the flight controller, CAN PMU 2 Lite 5V power module, TF memory card, and a set of Type‑C, RC, Ethernet, CAN, TELEM, UART, ADIO, and debug cables.
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