Electronics & Power
- Diagnose electronics circuits
- Diagnose & replace ESCs
- Test brushless motors
- Diagnose LiPo battery health
- Precision soldering repairs
Flagship Programme
Seven intensive days of FPV diagnostics, repair and maintenance — teardown to certified flight test, with 70% of every day spent at the bench.
Flagship Programme
Master the science of FPV drone diagnostics, repair and maintenance.
The programme that begins where piloting courses end — teaching how FPV aircraft actually fail, and how to return them to flight-ready condition.
Typical Flying Course
The Avianautix Programme
7-Day Curriculum Arc
Fundamentals
Drone anatomy, electronics overview, safety & tools
Full drone teardown & component ID
Confident subsystem identification
Electrical Troubleshooting
Wiring, power distribution, ESC/motor circuits, LiPo chemistry
Wiring repair, ESC & motor replacement
Independent electrical fault repair
Flight Controller & Firmware
FC architecture, sensors, firmware basics
Firmware flashing, Betaflight config, PID basics
Flash, configure & recover FCs
Radio & FPV System
Receiver protocols, ELRS, camera/VTX systems
Rx binding, ELRS config, cam & VTX swap
End-to-end radio/video setup
Mechanical Repairs
Frame materials, prop dynamics, vibration control
Frame/motor/prop repair, mount rebuilds
Structural repair competence
Performance Diagnostics
Blackbox data, PID theory, filter tuning
Blackbox analysis, PID tuning, benchmarking
Data-driven performance tuning
Final Assessment & Live Troubleshooting
Fault-finding methodology & case review
Live diagnosis, repair, flight test
Certified troubleshooting capability
Assessed practical and theory examination on Day 7 · Certificate of Completion issued by Avianautix.
Electronics & Power
Control & Firmware
FPV & Flight Validation
Who Should Attend
Career Opportunities
FAQs
No — the course builds from fundamentals; suitable for beginners through experienced pilots.