The Pilot’s Checklist

This chapter of the Airplane Flying Handbook explores the transition to Light Sport Airplanes (LSA), covering handling characteristics, weight and balance considerations, and performance differences …

This chapter of the Airplane Flying Handbook explains the transition to jet aircraft, covering high-speed aerodynamics, jet engine operation, swept-wing characteristics, and energy management. It als…

This chapter of the Airplane Flying Handbook discusses the transition to turboprop aircraft, including power management, propeller control, and differences in aerodynamic handling. It also covers the…

This chapter of the Airplane Flying Handbook covers the transition to tailwheel airplanes, discussing the differences in handling, ground operations, and takeoff and landing techniques. It explains t…

This chapter of the Airplane Flying Handbook discusses the transition to multiengine airplanes, covering asymmetric thrust, engine-out procedures, and Vmc (minimum controllable airspeed) consideratio…

This chapter of the Airplane Flying Handbook covers transitioning to complex aircraft, including those with retractable landing gear, constant-speed propellers, and advanced avionics. It explains han…

This chapter of the Airplane Flying Handbook explores the unique challenges of night flying, including night vision limitations, cockpit lighting, airport lighting systems, and night landing techniqu…

This chapter of the Airplane Flying Handbook explains performance maneuvers, including steep turns, steep spirals, and chandelles. It covers energy management, pitch and bank control, and the importa…

This chapter of the Airplane Flying Handbook focuses on approach and landing techniques, including normal, crosswind, short-field, and soft-field landings. It discusses stabilized approaches, go-arou…

This chapter of the Airplane Flying Handbook explains airport traffic patterns, including entry and exit procedures, sequencing, and communication protocols. It provides guidance for safe operations …

This chapter of the Airplane Flying Handbook introduces ground reference maneuvers, including rectangular courses, S-turns, and turns around a point. It explains how to apply wind correction angles a…

This chapter of the Airplane Flying Handbook covers the fundamentals of takeoffs and departure climbs, including normal, crosswind, and short-field takeoffs. It explains proper control inputs, airspe…

This chapter of the Airplane Flying Handbook covers upset prevention and recovery techniques, helping pilots recognize and recover from unusual attitudes and stalls. It explains proper control inputs…

This chapter of the Airplane Flying Handbook explains energy management in flight, focusing on how pilots maintain altitude, airspeed, and aircraft control using power, pitch, and drag. It covers bes…

This chapter of the Airplane Flying Handbook introduces fundamental flight maneuvers, including straight-and-level flight, climbs, descents, and turns. It explains how to properly control the aircraf…

This chapter of the Airplane Flying Handbook covers essential ground operations, including preflight inspections, aircraft servicing, engine starting procedures, taxiing, and securing an aircraft. It…

This chapter of the Airplane Flying Handbook introduces the fundamentals of flight training, covering the role of a certificated flight instructor (CFI), the importance of safety, and what to expect …

This chapter of the AIM discusses aviation safety topics such as aircraft icing, turbulence, wind shear, and in-flight weather advisories. It emphasizes collision avoidance strategies and the role of…

This chapter of the AIM outlines emergency procedures, including lost communication protocols, in-flight equipment failures, and forced landing techniques. It also covers ELT (Emergency Locator Trans…

This chapter of the AIM explains the structure of U.S. airspace, including controlled (Class A-G) and uncontrolled airspace, Special Use Airspace (SUA), and Temporary Flight Restrictions (TFRs). It a…