FPV Drone Pilot Course

• To learn the fundamentals and advanced techniques of FPV drone piloting.
• To gain hands-on expertise in the assembly, setup, and mechanics of FPV drones.
• To understand the components and systems specific to FPV UAVs.
• To master FPV flight controls and maneuvers using flight simulators and real FPV drones.
• To become proficient in flying in both stabilized and acrobatic (acro) flight modes.
• To gain experience flying FPV drones in various environments, including indoor areas.
• To successfully assemble a personal FPV drone for use during and after the course.

• No explicit piloting prerequisites mentioned, as the course includes simulator training. However, a basic understanding of drone principles or prior experience with non-FPV drones may be beneficial.
• Interest in drone mechanics and assembly.
• Please inquire about any minimum age or other specific entry requirements.

This course is taught entirely in person and is divided into theoretical and practical modules, including hands-on drone assembly.

Theoretical Module (20 hours):

Conducted in person in our classroom in Helsinki, Finland, by IDAFinland professional drone instructors.

• Introduction to FPV Drones: History, types, and applications (racing, freestyle, cinematic).
• FPV Drone Components In-Depth:
  • Frames: Types, materials, and design considerations.
  • Motors & Propellers: Sizing, KV ratings, thrust, efficiency.
  • Electronic Speed Controllers (ESCs): Firmware (e.g., BLHeli), protocols (e.g., DShot).
  • Flight Controllers (FC): Firmware (e.g., Betaflight), PIDs, and configuration.
  • FPV Cameras & Video Transmitters (VTX): Types, latency, antennas, legal power limits.
  • Radio Transmitters & Receivers (RX): Protocols (e.g., ELRS, Crossfire), binding, failsafe setup.
  • Batteries (LiPo): Safety, charging, storage, C-ratings, and selection.
• Principles of FPV Drone Assembly: Soldering techniques, wiring diagrams, component layout, and best practices.
• FPV Drone Mechanics: Maintenance, troubleshooting common issues.
• Software & Configuration: Using configurators (e.g., Betaflight) for setup and tuning.
• Safety Procedures for FPV Operations: Pre-flight checks, spotters, failsafe testing, battery management.

Practical Module (20 hours):

• FPV Drone Assembly Workshop: Guided, hands-on assembly of an FPV drone by each student. This drone will be used for subsequent practical flight training.
• FPV Drone Flight Simulator Training:
  • Learning basic FPV controls and orientation.
  • Mastering fundamental flight maneuvers in a safe, simulated environment.
  • Practicing in various flight modes.
• Real-Flight Training with Student-Assembled Drone:
  • Practical sessions in stabilised flight mode (Angle/Horizon).
  • Introduction to and practical sessions in acrobatic (Acro) flight mode.
  • Flight practice in diverse scenarios, including indoor areas.
  • Introduction to FPV drone racing techniques (if applicable to course focus).

This course is heavily focused on hands-on experience. Key practical components include:

• Complete assembly of an FPV drone from individual components under instructor guidance.
• Configuration and setup of the assembled drone using relevant software.
• Extensive flight time in FPV flight simulators to build muscle memory and core skills.
• Real flight sessions with the self-assembled FPV drone, progressing from stabilized to acrobatic flight modes.
• Piloting practice in different environments, including indoor flight and potentially FPV racing scenarios.

Assessment for the FPV Drone Pilot Course is based on practical application and demonstrated skill:

• Successful assembly, setup, and maiden flight of the student-built FPV drone.
• Demonstrated proficiency in FPV flight simulator exercises.
• Competency in real-world FPV flight, including take-offs, landings, basic maneuvers in stabilized mode, and controlled flight in acrobatic mode.
• Ability to perform flights safely in various scenarios, including indoor environments.
• Active participation and understanding shown during theoretical and assembly sessions.

• Individuals aspiring to become skilled FPV drone pilots for recreational or professional purposes.
• Drone enthusiasts interested in the technical aspects of building, customizing, and maintaining FPV drones.
• Potential FPV drone racers or freestyle pilots.
• Anyone looking for an immersive, hands-on introduction to the world of FPV drones.