Products
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Course Brochure: Building Test Cards
Digital downloadTest cards are systematic work instructions for test pilots/flight test engineers, with procedures to gain required test data. This course teaches how to design test cards, shows common errors, and lists best practices - includes free templates!
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US Naval TPS Flight Test Manual 103: Fixed Wing Stability And Control
Digital downloadCovers methods for evaluating fixed-wing aircraft stability and control. It emphasizes the importance of both qualitative and quantitative testing, focusing on pilot workload, task performance, and comprehensive assessment of flying qualities.
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US Naval TPS Flight Test Manual 106: Rotary Wing Performance
Digital downloadGuide for U.S. Naval Test Pilot School rotary wing performance. Topics include pitot-static system, engine assessment and characteristics, with emphasis on performance test techniques for hover, vertical climb, level flight, climb, and descent.
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US Naval TPS Flight Test Manual 107: Rotary Wing Stability And Control
Digital downloadThis flight test manual is a practical reference to plan, execute, and report on rotary wing flight test for stability, control, and flying qualities. Summarizes theory, concepts, techniques, and procedures, focused on stability and control issues.
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US Naval TPS Flight Test Manual 108: Fixed Wing Stability And Control
Digital downloadGuide for U.S. Naval Test Pilot School fixed wing performance test. Topics include the pitot-static system, stall speed determination, cruise, excess power characteristics, turn performance and agility, climb/descent, and takeoff/landing performance.
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Introduction to Flight Test Engineering - NATO Research and Technology Organisation
Digital downloadFlight test is required to validate operation and systems on an aircraft. This introductory volume on flight test engineering covers planning, execution, and reporting. Discusses test types, safety, data analysis, and future trends in 27 sections.
Essential Training for Aerospace Product Teams
Whether you are working on evolutionary or revolutionary ideas, you need proven methods for successful aerospace product development. These processes contributed to engineering the aircraft and satellites of today, and are equally useful for emergent concepts such as airborne autonomy, electric propulsion, hypersonic flight, urban air mobility, and drone delivery.