Aerodynamic Factors
Physical and environmental variables that influence how air interacts with a moving aircraft.
Quick Reference
Key points
Short-answer refresher for returning pilots before diving into the full page.
Quick Reference
Key points
Short-answer refresher for returning pilots before diving into the full page.
- Lift, drag, thrust, and weight never act alone; a change in angle of attack, configuration, or load factor moves the whole performance picture.
- Density altitude, contamination, weight, and CG change how much margin the airplane really has even when the control picture looks normal.
- If climb, stall, or maneuver performance looks worse than expected, stop treating it as a small miss and reassess the aerodynamic limit driving it.
Standards & References
FAA doctrinal and ACS cross-reference
Use this box to line the topic up with the FAA’s primary instrument handbooks, the most relevant ACS task areas, and the knowledge, skill, and risk elements that usually drive checkride evaluation.
- IFH Ch. 5, Attitude Instrument Flying: control/performance flying depends on drag, power, pitch, and trim relationships.
- IFH Ch. 6, Basic Flight Maneuvers: maneuver precision and energy management rely on the aerodynamic factors summarized here.
- Supporting only: aerodynamic factors shape aircraft performance margins used most directly in IPH Ch. 1, Departure Procedures, and IPH Ch. 4, Approaches.
- IV.B Basic Instrument Maneuvers.
Aerodynamic factors are the physical and environmental variables that influence how air interacts with a moving object, especially an aircraft. These factors affect lift, drag, stability, and overall flight performance.
Coming Soon
This section is under development. Check back soon for detailed content on aerodynamic factors including lift, drag, stability, angle of attack, and stall characteristics.