I will design pixhawk ardupilot drone pcb, flight controller and uav autopilot
ELECTRONIC ENGINEERING AND EMBEDDED SYSTEM
About this Gig
Pixhawk and ArduPilot compatible electronics for multirotors, fixed wing UAVs, autonomous aircraft, and custom drone platforms.
My service covers drone PCB design, Pixhawk flight controller circuits, ArduPilot hardware integration, power management, sensor interfaces, communication buses, and controller electronics. I can work with components such as IMUs, barometers, GPS/GNSS, magnetometers, CAN, UART, I2C, SPI, PWM, USB, and other required interfaces.
What you will receive:
- Pixhawk/ArduPilot flight controller schematic
- Custom drone PCB layout
- MCU, IMU, sensor and power circuitry
- Communication and peripheral interfaces
- Component selection and placement
- DRC and design verification
- Gerber files, BOM and Pick and Place files
- Manufacturing ready PCB outputs
Whether you need a custom Pixhawk modification, a new UAV autopilot board, or a complete drone flight controller PCB, I can turn your specifications into a structured hardware design ready for prototyping and production.
Send your project requirements, existing schematic, reference board, or ArduPilot hardware specifications to get started.
FAQ
Can you design a custom Pixhawk flight controller PCB?
Yes. I can design custom Pixhawk based flight controller hardware according to your UAV requirements, selected sensors, interfaces, and power architecture.
Do you work with ArduPilot-compatible hardware?
Yes. I can design hardware around ArduPilot requirements and help structure the PCB for the required MCU, sensors, communication interfaces, and peripherals.
Can you modify an existing Pixhawk design?
Yes. I can review your existing schematic or PCB and implement requested hardware changes, component replacements, interface additions, or layout modifications.
Can you design a complete drone flight controller PCB?
Yes. The design can include the MCU, IMU, barometer, magnetometer, GPS/GNSS interfaces, power circuitry, communication ports, PWM outputs, CAN, USB, UART, I2C, and SPI.
Can you design PCBs for multirotors and fixed-wing UAVs?
Yes. I can develop electronics for multirotors, fixed-wing aircraft, autonomous UAVs, VTOL platforms, and other drone applications.

