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I will develop ardupilot flight controller, pixhawk pcb, uav autopilot, stm32 firmware
PCB Designer and Embedded Hardware Developer
I provide PCB design and embedded hardware development services for electronic products, prototypes, and industrial applications. I specialize in turning project requirements into manufacturing ready ...
À propos de ce service
Are you looking for a reliable ArduPilot flight controller, custom Pixhawk PCB, UAV autopilot, or STM32 firmware development for your drone project?
I can help develop UAV flight control hardware and embedded systems for multirotor drones, fixed-wing aircraft, VTOL platforms, and other autonomous aerial vehicles.
Whether you need a custom flight controller PCB, Pixhawk compatible hardware, autopilot integration, or embedded firmware, I can assist with your project according to your technical specifications.
MY SERVICES INCLUDE:
- ArduPilot flight controller development
- Pixhawk compatible PCB development
- Custom UAV autopilot hardware
- STM32 flight controller integration
- PX4 and ArduPilot configuration
- GPS and GNSS module integration
- IMU, gyroscope and accelerometer integration
- Barometer and compass interfacing
- MAVLink communication and telemetry
- CAN bus and UAV sensor integration
- Drone navigation and control systems
- RC receiver and telemetry integration
- Embedded C/C++ firmware development
- PCB schematic capture and layout
- Gerber, BOM and manufacturing files
- Hardware debugging and firmware troubleshooting
Contact me today to discuss your drone development project
FAQ
Can you develop a custom ArduPilot flight controller?
Yes. I can assist with custom UAV flight controller hardware, STM32 integration, ArduPilot configuration, and firmware adaptation based on your project requirements
Can you develop a Pixhawk compatible PCB?
Yes. I can develop custom Pixhawk compatible PCB hardware with suitable microcontrollers, sensor interfaces, power circuits, and communication ports.
Do you support both ArduPilot and PX4?
Yes. I can assist with ArduPilot and PX4 configuration, hardware integration, and compatible embedded development.
Can you work with STM32 microcontrollers?
Yes. I can work with STM32 microcontrollers for flight controller hardware, embedded C/C++ programming, and peripheral integration.
Can you integrate GPS, IMU, and other flight sensors?
Yes. I can integrate GPS/GNSS, accelerometers, gyroscopes, barometers, magnetometers, and other compatible UAV sensors.
Do you support MAVLink communication?
Yes. I can implement MAVLink communication for telemetry, flight controller connectivity, and ground control station integration.
Can you integrate CAN bus and UAV telemetry?
Yes. I can integrate CAN bus interfaces, telemetry modules, GPS modules, and other communication peripherals according to your requirements.
Can you modify an existing Pixhawk or flight controller PCB?
Yes. I can review existing schematics and PCB files, troubleshoot hardware issues, and help modify or improve your existing board.
Will you provide Gerber and manufacturing files?
Yes. Depending on your package, I can provide Gerber files, drill files, BOM, Pick and Place files, schematics, and editable project files.
What information do you need before starting?
Please provide your drone type, flight controller requirements, preferred STM32 processor, sensor specifications, communication interfaces, existing project files, and any reference documentation.
