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I will design drone pcb, fpv esc, ardupilot, stm32, gps and rtk navigation
EMBEDDED SYSTEM AND FIRMWARE DEVELOPMENT
I’m an Electronic Engineer focused on PCB design, embedded systems, firmware, and electronic product development. I work with microcontrollers, IoT devices, power electronics, sensors, communication i...
About this Gig
Building a custom drone, FPV aircraft, or autonomous navigation platform? The electronics need to work together correctly from the flight controller and BLDC motors to GPS/RTK positioning and power management.
The design include:
- STM32 flight controller architecture
- ArduPilot hardware interfaces
- FPV ESC and BLDC motor control
- GPS and RTK modules
- UART, CAN, SPI and I2C communication
- IMU and motion sensor integration
- Battery input and regulated power rails
- Low-noise analog and digital sections
- Compact multilayer PCB routing
- Connector and peripheral planning
- Gerber, drill, BOM and assembly files
Whether you have a block diagram, reference schematic, selected components, or only the core requirements, I can translate the concept into a structured PCB design ready for prototype manufacturing.
The final design will be prepared around your board dimensions, voltage requirements, interfaces, motor configuration and selected components.
Ready to move your drone electronics from concept to flight ready hardware? Send your specifications, component list, or existing design, and lets begin building your PCB.
FAQ
Can you design a complete flight controller PCB for my drone?
Yes. I can develop the schematic and PCB layout around STM32, ArduPilot-compatible hardware, IMU, GPS/RTK and required communication interfaces.
Can you design a custom FPV ESC PCB?
Yes. I can design BLDC motor-control and FPV ESC hardware based on your motor, battery, current and switching requirements.
Can you integrate GPS and RTK into the PCB?
Yes. GPS/RTK modules can be incorporated with suitable UART, SPI, power and antenna-related interfaces based on the selected module.
Do you work with STM32 microcontrollers?
Yes. STM32 devices can be integrated for flight control, motor control, sensor processing and peripheral communication.
Can you design an ArduPilot-compatible board?
Yes. I can structure the hardware around the required ArduPilot interfaces, sensors, peripherals, power rails and connectors.
