I will design micro drone flight controller pcb and uav embedded system with stm32
PCB DESIGN ENGINEER
About this Gig
Hello there,
I will design lightweight electronics and embedded systems for micro drones and UAV platforms. If you are building a nano quadcopter, FPV racing drone, or autonomous UAV, I can help you develop a reliable flight controller PCB and embedded system.
My services also include power distribution board design, high current motor routing, telemetry communication modules (nRF24L01, LoRa, ESP32 WiFi), and navigation electronics.
What You Will Receive
- Custom micro drone PCB design
- Flight controller hardware
- ESC and brushless motor control integration
- Telemetry communication setup
- Sensor integration (IMU, barometer, magnetometer)
- Power distribution and battery management design
- Optimized lightweight PCB layout
Why Choose My Gig
- Experience with embedded systems and drone electronics
- Knowledge of flight controller hardware and UAV systems
- Focus on lightweight and efficient PCB design
- Reliable communication and professional support
- Solutions suitable for prototype and production UAV systems
Please contact me before placing an order to discuss your drone electronics or UAV project requirements.
Other Electronics Engineering Services I Offer
FAQ
What type of drones can you design electronics for?
I can design electronics for micro drones, FPV racing drones, nano quadcopters, and UAV prototypes.
Which microcontrollers do you support?
I can work with STM32 (F4/F7/H7), ESP32, RP2040, and other embedded microcontrollers.
Can you design a flight controller PCB?
Yes, I can design flight controller PCBs with IMU sensors, power management, and communication modules.
Can you integrate telemetry communication modules?
Yes, I can integrate wireless modules such as nRF24L01, LoRa (SX1276), and WiFi modules.
Do you support ESC and brushless motor integration?
Yes, I can design circuits to interface with ESC drivers and brushless motors.
Can you help optimize PCB weight for micro drones?
Yes, I focus on compact and lightweight PCB layouts suitable for micro UAV platforms.

