I will design fpv drone pcb, flight controller, esc stack, pdb and current power system
PCB and Embedded system expert
About this Gig
HI THERE!!!
FPV power systems operate under high current, rapid switching, electrical noise, and thermal stress. A reliable stack therefore requires careful power distribution, gate-drive design, current sensing, signal integrity, and compact PCB architecture.
You will get a professionally engineered FPV drone PCB integrating the flight controller, 4-in-1 ESC, PDB, current sensing, and high-current battery system. I can tailor the architecture to your motors, battery voltage, current rating, ESC protocol, MCU, and frame constraints.
What I will provide:
- FPV flight controller PCB
- 4-in-1 ESC stack
- High-current PDB
- MOSFET & gate-driver selection
- Current/voltage sensing
- Battery monitoring & protection
- DShot/PWM motor control
- IMU, gyro & barometer
- CAN, UART, I2C & SPI
- Low-noise power design
- Thermal management
- Compact PCB layout
- BOM, Gerbers & manufacturing files
- Firmware & documentation
Why choose me:
- FPV-focused engineering
- High-current PCB expertise
- Reliable power architecture
Send your specifications today and let's build your custom FPV electronics system.
FAQ
Can you design a complete FPV flight controller and ESC stack?
Yes. I can develop the FC, 4-in-1 ESC, PDB, current/voltage sensing, power protection, and required interfaces.
Can you handle high-current FPV power systems?
Yes. I can optimize copper routing, MOSFET selection, power distribution, current capacity, thermal management, and protection.
Do you support DShot and other ESC protocols?
Yes. I can integrate DShot, PWM, CAN, UART, and other required communication interfaces based on your specifications.
Will you provide production-ready PCB files?
Yes. Depending on the package, deliverables can include schematic, PCB source files, Gerbers, BOM, pick-and-place, and manufacturing documentation.

