Flight and airfoil learning
AeroLab: Flight & Airfoil Interactive Lab
AeroLab is a browser-based learning lab for exploring how flight variables affect lift, drag, stall behavior, and airfoil performance.
What You Can Learn
- Lift and dragSee how velocity, density, and wing area change aerodynamic force.
- Angle of attackExplore the useful range of angle of attack and the onset of stall.
- Airfoil shapeCompare camber and thickness effects as simplified teaching variables.
- Altitude and densityConnect atmospheric density to lift and aircraft performance.
Suggested Classroom Experiments
- Hold wing area constant and increase velocity to observe dynamic pressure effects.
- Sweep angle of attack until the model approaches stall and note the warning signs.
- Change altitude or air density and compare the required velocity for similar lift.
- Change wing area and discuss why aircraft need larger wings or higher speed at takeoff.
- Compare camber and thickness settings, then discuss where simplified models stop being enough.
Model Assumptions and Limits
AeroLab is designed for learning and classroom intuition. It simplifies real aerodynamic behavior and should not be used as a certified aircraft design or safety analysis tool. For professional work, validate assumptions with accepted methods, test data, or higher-fidelity simulation.
Related Learning Path
Start with the article Bagaimana Pesawat Bisa Terbang, run the AeroLab experiments above, then continue with a worksheet or discussion on lift, drag, stall, and wing loading.