I will design fpv drone pcb, uav electronics, power systems, flight firmware
Professional PCB Design and Electronics Engineer
About this Gig
I specialize in custom UAV embedded PCB design, FPV drone controller development, power distribution systems, GPS tracking electronics, telemetry integration, and flight firmware programming for drones, quadcopters, VTOLs, and autonomous UAV systems.
Whether you need a custom STM32 flight controller, clean PCB layout for low noise signal routing, reliable power management, or optimized flight firmware, I deliver production ready solutions tailored to your project requirements.
My services includes;
- UAV Embedded PCB Design
- FPV Drone Flight Controller PCB
- Custom Drone Electronics Development
- Quadcopter and VTOL PCB Systems
- ESC and Motor Control Electronics
- Drone Power Distribution Boards (PDB)
- STM32 Flight Controller Development
- Betaflight Compatible PCB Design
- PX4 and ArduPilot Hardware Integration
- Flight Firmware Development
- Sensor Fusion and IMU Integration
- PID Tuning Support
- GPS Tracking PCB Systems
- Telemetry and RF Communication Modules
- LoRa, WiFi and Bluetooth Integration
- CAN Bus and UART Interfaces
- Antenna and Signal Optimization
Send me a message before placing your order so we can discuss your project goals and create the best solution for your UAV system.
FAQ
What types of UAV or drone PCB projects do you handle?
I work on FPV drones, quadcopters, VTOL systems, autonomous UAVs, GPS tracking devices, telemetry systems, flight controllers, and custom drone electronics projects.
Which PCB design software do you use?
I use professional tools such as Altium Designer, KiCad, EasyEDA, Eagle CAD, Proteus, and other industry-standard PCB design software.
Do you provide manufacturing-ready files?
Yes, you will receive Gerber files, BOM, Pick and Place files, schematic files, and other production ready documentation required for PCB manufacturing.
What information do you need before starting the project?
Please provide your project requirements, block diagram, features needed, preferred microcontroller, dimensions, voltage requirements, communication interfaces, and any reference files if available.
Why should I contact you before placing an order?
Every UAV project is different. Contacting me first helps us discuss your requirements properly and choose the best package and solution for your project.

