Lift Force Explained
This video explains how airplanes produce lift force to stay airborne and explores the lift equation by demonstrating how different design choices affect an airplane's speed. Glider build video: • How to Build a Cheap and Easy Model Airpla... Timecodes: 0:00 - Intro 1:54 - How lift force is generated 3:50 - The lift equation 4:54 - Weight demonstration 5:34 - Wing area demonstration 6:22 - Wing loading 6:47 - Air density 7:07 - The lift coefficient 7:46 - Camber 9:11 - Stalls 10:18 - Conclusion
▶︎
Induced Drag Force Explained
▶︎
Mastering Airfoil Selection for Drones - Part 1: Theory
▶︎
Parasite Drag Force Explained
▶︎
Stepped Airfoils for Model Airplanes - Are They Better?
▶︎
Record Flight! Jordan Will Not Land His Glider Until Camera Battery Dies...
▶︎
Understanding Aerodynamic Lift
▶︎
How Airplane Wings REALLY Generate Lift
▶︎
Why we don't use winglets (DarkAero 1 Wing Design)
▶︎
4 Biggest Propeller Myths Explored - Long v Short & 2 v 3 Blade
▶︎
Understanding Aerodynamic Drag
▶︎
Introduction to Glider Flight Physics and Maximizing Flight Distance
▶︎
Why the Speed of Light Is NOT a Speed - Leonard Susskind
▶︎
Airplanes and Energy - Introduction to Maximizing Flight Distance and Flight Time
▶︎
Reynolds Number Explained
▶︎
How to Build an Easy and Inexpensive Model Airplane that Flies
▶︎
Doug McLean | Common Misconceptions in Aerodynamics
▶︎
Why are so many pilots wrong about Bernoulli’s Principle?
▶︎
Basic Design Theory and Aerodynamics behind Flying Wings and Tailless Aircraft (Part 1)
▶︎
How Does an Airplane Propeller Work?
▶︎