AerodynamicsPerformance Considerations
Wing Loading
Wing loading is the ratio of an aircraft's total weight to the total surface area of its wings. It is a critical design parameter affecting stall speed, manoeuvrability, and turbulence response. Note: load factor is a separate term defined as the ratio between the effective (apparent) weight and the aircraft's actual weight.
Key Points
- •Calculated by dividing the total aircraft weight by the wing area.
- •High wing loading results in higher stall speeds and longer take-off and landing distances.
- •Should not be confused with <strong>load factor</strong>, which is the ratio of effective weight to actual weight.
Exam Relevance
Students must understand how wing loading influences flight characteristics, particularly how an increase in weight or banking during turns effectively increases the stall speed.
Related Terms
Learn More
Dive deeper into aerodynamics with our comprehensive study guide.
Aerodynamics Study Guide →Practice Aerodynamics Questions
Test your understanding with exam-style questions. Aerodynamics questions are free — no account needed.