Pixhawk 6c

Pixhawk 6C Flight Controller

The Pixhawk 6C Flight Controller is a next-generation autopilot system designed for advanced drones, UAVs, and autonomous robotics. Built on a powerful 32-bit STM32H7 processor, it delivers high-speed performance, improved sensor accuracy, and enhanced reliability for demanding applications.

With support for the latest PX4 and ArduPilot firmware, the Pixhawk 6C is ideal for professional drone systems requiring precision control, redundancy, and expandability.

Key Features

• High-Performance Processor: STM32H743 (32-bit ARM Cortex-M7)
• Advanced Sensor Suite: Dual IMUs and barometer for redundancy
• Open-Source Support: Compatible with PX4 and ArduPilot
• Improved Safety: Redundant sensors and fail-safe mechanisms
• Multiple Interfaces: CAN, UART, I2C, SPI, PWM support
• High-Speed Data Logging: MicroSD card support
• DroneCAN Support: Modern peripheral communication

Applications

• Professional UAVs: Surveying, mapping, inspection
• Aerial Photography: Stable and precise flight control
• Autonomous Systems: Drones, rovers, boats
• Agriculture Drones: Spraying and monitoring
• Research & Development: Advanced robotics projects

Technical Specifications

• Processor: STM32H743 Cortex-M7
• Firmware Support: PX4, ArduPilot
• IMUs: Dual redundant IMUs
• Barometer: High-precision barometer
• Input Voltage: 5V (via power module)
• Interfaces: UART, I2C, SPI, CAN (DroneCAN), PWM
• Storage: MicroSD card for logging
• Connectivity: GPS, telemetry, RC receiver support
• Safety: Redundant architecture for reliability

Product Example

Pixhawk 6C Autopilot Flight Controller Module
A modern, high-performance flight controller for advanced and professional UAV systems.

Why Choose Pixhawk 6C?

The Pixhawk 6C offers significantly higher processing power, better sensor redundancy, and modern connectivity compared to older controllers like Pixhawk 2.4.8 or APM. It is ideal for users who need reliability, precision, and future-ready features in their drone systems.

⚠️ Important Notes

• Requires compatible power module and GPS
• Initial setup needed via QGroundControl / Mission Planner
• Ensure proper wiring of CAN, GPS, and telemetry ports
• Use vibration damping for best sensor performance
• Higher cost compared to older flight controllers