Learning path
Flight Fundamentals
Core aerodynamics, propulsion, and performance concepts for understanding how aircraft fly.
Guides in this path
Follow the guides in order for the clearest introduction to flight fundamentals.
A clear guide to how airplanes fly for pilots and students with practical explanations and real-world examples.
Master aircraft control surfaces: how ailerons, elevators, and rudders work together. Learn pitch, roll, yaw, adverse yaw, and coordinated turns for pilots.
Learn how jet engines work. Compare turbofan vs turboprop design, thrust, efficiency, and why aircraft use each engine type.
Learn how induced and parasite drag affect your aircraft's performance in climb, cruise, and approach. Understand L/D max and make smarter speed decisions.
Learn what causes an aircraft stall, how to recognize warning signs, and the correct recovery procedure. Essential knowledge for every pilot.
Learn weight and balance aircraft fundamentals, CG envelope limits, moment calculations, and safe loading procedures for flight compliance and safety.
Learn density altitude: what it is, how to calculate it, and why it affects aircraft performance. Includes formula, calculator tips, and safety guidance for pilots.
Ready to begin?
7 guides, 81 min total. Work through the sequence at your own pace.