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To understand what makes a glider fly, pilots must first have an understanding of aircraft aerodynamics and how flight is possible. An understanding of aerodynamics and how it affects takeoffs, flight maneuvers, and landings allows pilots to be more skillful and aware of the capabilities of the glider. A thorough discussion about aeronautical terminology and concepts related to aircraft in flight can be found in the Aeronautical Knowledge Section, which new pilots should review before learning about the aerodynamics specific to gliders. This section discusses the fundamentals of aerodynamics as it relates to gliders and glider performance. The study of aerodynamics is a complicated science, and pilots should consider the task of learning aerodynamics as critical as learning how to land safely.
- Forces of Flight
- The Effects of Drag on a Glider (Part One)
- The Effects of Drag on a Glider (Part Two)
- Three Axes of Rotation and Stability
- Turning Flight and Load Factors (Part One)
- Turning Flight and Load Factors (Part Two)
- Turning Flight and Load Factors (Part Three)