Chapter 1: Introduction to Flying

Learn the fundamentals of aviation, types of aircraft, and the basic principles that govern flight.

Chapter 2: Aeronautical Decision Making

Understand how pilots make safe decisions, manage risk, and respond to real-world flying situations.

Chapter 3: Aircraft Structure

Explore how aircraft are built, key components, and how each system contributes to safe flight.

Chapter 4: Principles of Flight

Understand the forces of flight including lift, weight, thrust, and drag, and how aircraft achieve controlled flight.

Chapter 5: Aerodynamics of Flight

Explore airflow, stability, stalls, spins, load factors, and the aerodynamic principles that affect aircraft performance.

Chapter 6: Flight Controls

Learn how pilots control aircraft movement using primary and secondary flight control systems.

Chapter 7: Aircraft Systems

Study aircraft powerplants, fuel, electrical, hydraulic, landing gear, and environmental systems.

Chapter 8: Flight Instruments

Understand the operation and interpretation of pitot-static, gyroscopic, and electronic flight instruments.

Chapter 9: Flight Manuals and Documents

Learn the purpose of aircraft manuals, required onboard documents, and operational limitations.

Chapter 10: Weight and Balance

Master aircraft loading principles, center of gravity calculations, and safe weight distribution.

Chapter 11: Aircraft Performance

Analyze takeoff, climb, cruise, descent, and landing performance under different flight conditions.

Chapter 12: Weather Theory

Explore atmospheric structure, pressure systems, clouds, fronts, and the science behind aviation weather.

Chapter 13: Aviation Weather Services

Learn how pilots access and interpret weather briefings, forecasts, charts, and aviation weather reports.

Chapter 14: Airport Operations

Understand airport layouts, markings, lighting, communications, traffic patterns, and runway safety procedures.

Chapter 15: Airspace

Study controlled and uncontrolled airspace classifications, operating rules, and airspace requirements.

Chapter 16: Navigation

Learn pilotage, dead reckoning, radio navigation, GPS systems, sectional charts, and flight planning techniques.

Chapter 17: Aeromedical Factors

Understand how physiology, fatigue, stress, hypoxia, vision, and medications affect pilot performance and safety.