Pixhawk 2.4.8 PX4 PIX 32 Bit Flight Controller with M8N GPS Kit

Key Features:

• 14 PWM/servo outputs, enabling control of a variety of actuators such as motors, servos, or other mission-critical peripherals.

• Multiple bus interfaces including UART, I2C, SPI, and CAN for extensive peripheral integration, supporting a wide array of sensors and devices.

• Redundant power input and a built-in failsafe controller (32-bit STM32F103) to ensure backup control in case of primary controller failure, offering reliable operation in critical environments.

• Support for automatic and manual flight modes, enhancing operational flexibility depending on mission requirements.

• Visual and auditory indicators via multicolor LED lights and a multi-tone buzzer interface, providing clear feedback on the system’s status.

Microprocessor:

The STM32F427 Cortex M4 core, clocked at 168 MHz, with 256 KB RAM and 2 MB flash, is the heart of the Pixhawk 2.4.8. This microprocessor provides high-speed processing and real-time performance, making it ideal for handling complex flight dynamics. The additional STM32F103 co-processor serves as a failsafe, taking over critical tasks if the main processor encounters issues.

Sensor Suite:

The integrated sensor array enables precise control and stabilization of UAVs:

• L3GD20 3-axis, 16-bit gyroscope for detecting rotational motion.

• LSM303D 3-axis, 14-bit accelerometer/magnetometer for orientation and linear movement detection.

• MPU6000 accelerometer/gyroscope for motion tracking and redundancy.

• 5611 barometer, providing high-resolution altitude data by measuring atmospheric pressure.

Connectivity and Interfaces:

With a wide array of interfaces, the Pixhawk 2.4.8 ensures seamless integration with various peripherals and external modules:

• 5x UART ports for serial communication, with two supporting hardware flow control and one capable of handling high-power peripherals.

• 2x CAN ports for robust communication with advanced sensors and peripherals.

• S.BUS input/output, PPM signal, and RSSI input (either PWM or voltage) for flexible remote control system integration.

• I2C and SPI ports for additional sensors.

• 3.3V and 6.6V ADC inputs for analog devices.

• External micro-USB port for convenient connection to computers for programming and data transfer.

Power Management:

The ideal diode controller in the Pixhawk ensures seamless failover between redundant power sources, minimizing the risk of power failure. The high-power servo rail supports 7V and high-current peripherals, with built-in protections against over-current and ESD, safeguarding all inputs and outputs.

Data Logging and Telemetry:

Flight data can be recorded onto a micro SD card, allowing detailed post-flight analysis. This feature is critical for optimizing flight performance, diagnosing issues, and documenting mission results.

Physical Specifications:

Despite its extensive capabilities, the Pixhawk 2.4.8 is lightweight and compact, weighing just 38 grams and measuring 50mm x 81.5mm x 15.5mm. Its small form factor makes it ideal for drones where space and weight savings are essential.

GPS Performance:

Paired with a compatible GPS, the Pixhawk 2.4.8 enables precise navigation and high-speed performance. The GPS provides:

• Velocity precision of 0.1 m/s.

• Support for altitudes up to 50,000 meters and speeds up to 515 m/s.

• Withstanding up to 4 G acceleration.

• A fast 10 Hz update rate, ensuring responsive real-time positioning.

• Cold start time to first fix of 26 seconds and hot start in just 1 second.

• Powered by 5V DC, the GPS module has a diameter of 54mm and a thickness of 15mm.

The Pixhawk 2.4.8 is a highly adaptable flight controller designed for both hobbyist and professional drone applications, offering comprehensive safety features, powerful processing, and flexible connectivity options for a range of UAV systems.