I will design 4 to 6 layer drone pcb, ardupilot, stm32 flight controller, esc, gps

Hello and Welcome!

Reliable UAV electronics start with controlled power distribution, signal integrity, sensor interfacing, thermal considerations, and a carefully engineered multilayer PCB architecture.

I work at the board level where flight stability, power integrity, sensor accuracy, and high-speed MCU interfaces must operate together reliably. I develop 46 layer drone and UAV PCBs for ArduPilot/STM32 flight-control architectures, ESC systems, GPS/GNSS navigation, and embedded hardware applications.

What I will Provide:

4-6 layer drone & UAV PCB layout

ArduPilot & STM32 flight-controller hardware

ESC / BLDC motor-control circuitry

GPS/GNSS and telemetry integration

IMU, gyro, accelerometer & barometer interfaces

Power distribution & voltage regulation

High-speed SPI, I2C, UART & CAN routing

Schematic capture and circuit development

Component selection, BOM & PCB files

Why Choose Me:

Electronics engineering expertise

Clean, structured PCB layouts

Drone-focused hardware knowledge

Reliable technical communication

Manufacturing-ready documentation

Have a drone, UAV, autopilot, or flight-controller concept? message now Before place order and let's get started!!!