Components
I chose compatible motors, ESCs, receiver, flight controller, video system, battery, and frame.
Embedded Hardware
Custom FPV Drone
A quadcopter I built from individual components to learn electronics, soldering, flight-controller configuration, radio communication, and system troubleshooting.
- Electronics
- Soldering
- Betaflight
- SBUS
- FPV
Why I built it
In high school, I wanted to build my own FPV drone and understand what made it fly. I picked the parts, soldered the connections, and used Betaflight Configurator to get the hardware working together. It was a hands-on way to learn how small wiring and configuration details affect a whole system.
System flow
Radio controllerPilot input
SBUS receiverReceive channels
Flight controllerControl the aircraft
ESCsDrive the motors
MotorsSpin the propellers
FPV video
CameraOnboard view
Video transmitterSend the video
FPV display / gogglesView from the aircraft
Build process
Assembly
I mounted the hardware and soldered the power and signal connections.
Configuration
I set up receiver channels, motors, flight modes, and failsafe in Betaflight.
Flight test
I checked the hardware and performed controlled test flights.
Build gallery
