This course introduces engineers, pilots, and flight test support personnel to the fundamental principles and techniques used in fixed-wing aircraft performance and flying qualities testing. It provides a strong academic foundation in key flight test topics, supported by practical flight experience and data analysis.

Academic instruction covers a broad range of subjects, including performance theory, stability and control concepts, and the methodology for planning and reporting flight tests. Topics include:

• Dimensional Analysis
• Subsonic Aerodynamics (Lift/Drag)
• Pitot-Static Theory
• Cruise and Jet Cruise Performance
• Climb Theory
• Flight Controls
• Longitudinal and Lateral-Directional Static and Dynamic Stability
• Maneuvering Stability
• Stall Theory
• Dynamics
• Asymmetric Operations & Light Twin Aircraft
• Mach Effects
• Test Planning and Report Writing
• Mission Planning

Students conduct five flight test missions in instrumented aircraft, during which they execute flight test techniques and collect real-time data. Each flight is followed by detailed data analysis to reinforce test planning, execution, and evaluation skills.

A sixth flight is dedicated to student practice and review, giving each student the opportunity to apply and refine flight test techniques across the full scope of performance and flying qualities assessments.

The course culminates in an oral presentation where students present findings and recommendations based on their flight data, focusing on mission suitability and regulatory compliance.