Pixhawk 6C Flight Controller (Plastic Case)

The Holybro Pixhawk 6C is a modern, high‑performance autopilot flight controller designed for drones and unmanned vehicles, compatible with both the PX4 Autopilot and ArduPilot open‑source flight stacks. It is built around a 480 MHz Arm® Cortex®‑M7 (STM32H743) core with 2 MB flash and 1 MB RAM, and an auxiliary STM32F103 I/O processor to handle input/outputs Included onboard are advanced sensors: a high‑performance accelerometer/gyroscope (ICM‑42688‑P), magnetometer (IST8310), and barometer (MS5611), all mounted on a vibration‑isolated platform to reduce sensor noise and enhance flight stability. The controller offers up to 16 PWM/servo outputs, dual CAN buses, multiple UARTs, dual GPS ports and sensor buses — making it suitable for complex UAVs, VTOLs, and commercial drone platforms. This version comes in a lightweight plastic case, reducing overall system weight for aerial applications while still providing protection and mounting flexibility. With its streamlined form factor, advanced processing and flexible I/O, the Pixhawk 6C provides a robust foundation for autonomous flight systems.

Key Features:

• Powerful processing: STM32H743 Arm® Cortex®‑M7 at up to 480 MHz with 2 MB flash and 1 MB RAM.
• Dual‑processor architecture: I/O processor STM32F103 (72 MHz) handles I/O tasks and off‑loads FMU workload.
• Full sensor suite: Vibration‑isolated IMU (ICM‑42688‑P), magnetometer IST8310, barometer MS5611 — supports high‑stability flight.
• Expanded connectivity: Up to 16 PWM/servo channels, 2 CAN buses, 2 GPS ports, multiple UARTs and I2C.
• Lightweight plastic enclosure: Weighing only 34.6 g for the plastic‑case variant — excellent for weight‑sensitive UAVs.
• Compact form factor: Dimensions 84.8 × 44 × 12.4 mm — fits into tight frames and custom builds.

Additional Specification:

• Processor - STM32H743 Dual-Core MCU
• Sensors - Dual IMU (ICM-42688-P + BMI055)
• Supported Firmware - PX4 / ArduPilot
• Input Voltage - 4.3V–5.4V
• Communication Ports - CAN / UART / I2C / SPI