Upset Recovery & Abnormal Operations
Upset Recovery & Abnormal Operations is a core knowledge area on the Airline Transport Pilot FAA written exam. This hub collects our 11 in-depth, ACS-aligned upset recovery & abnormal operations articles — each written in plain English and grounded in the official FAA handbooks. Work through them below, then drill the topic with practice questions.
Upset Prevention and Recovery Training: Nose-High Recovery Techniques
Nose-high upsets are among the most dangerous loss-of-control scenarios in aviation; AC 120-111 provides standardized recovery techniques that ATP candidates and air carrier crews must understand and be able to apply under startle conditions.
Engine Failure After V1: Continued Takeoff and Initial Climb Profile
After V1 the crew is committed to flight; understanding the required climb profile, control techniques, and performance assumptions for a continued takeoff after engine failure is critical to ATP-level safety and certification.
Engine-Out Driftdown Procedures and Net Flight Path Obstacle Clearance
Engine-out driftdown describes the controlled descent a multi-engine transport aircraft makes after losing an engine at cruise altitude, following a specific net flight path that guarantees obstacle clearance as defined by 14 CFR 121.191.
Nose-Low Upset Recovery Procedures for Swept-Wing Transports
Nose-low upsets in swept-wing transports can rapidly escalate into fatal high-speed dives; AC 120-111 defines a precise recovery sequence—unload, roll wings level, recover pitch—that prevents structural failure and loss of control.
Rejected Takeoff Decision Making and High-Speed RTO Risks
A rejected takeoff (RTO) initiated above V1 is statistically one of the most dangerous decisions a crew can make; understanding decision-making discipline, energy management, and stopping distance physics is essential for ATP-level operations.
Dutch Roll Recovery and Flight With an Inoperative Yaw Damper
Dutch roll is an oscillatory combination of yaw and roll common in swept-wing aircraft; pilots must recognize it, apply correct recovery technique, and understand how to manage flight safely when the yaw damper is inoperative.
Tail Strike Avoidance During Takeoff Rotation and Landing Flare
Tail strikes occur when an aircraft's tail contacts the runway during takeoff rotation or landing flare, potentially causing hidden structural damage; understanding pitch rate limits, geometry, and technique prevents them.
Approach-to-Stall vs. Full Stall: Updated Recovery Standards for ATP
AC 120-109A distinguishes approach-to-stall from full stall events and mandates specific recovery techniques that eliminate altitude-loss minimization as a training goal, prioritizing positive angle-of-attack reduction and thrust management.
Smoke, Fire, and Fumes Checklist Philosophy and Land-ASAP Decisions
Smoke, fire, and fumes emergencies demand immediate action and structured checklist philosophy; AC 120-80B establishes when crews must land as soon as possible versus land immediately, shaping every crew decision from source identification through evacuation.
Emergency Descent Profiles and Time of Useful Consciousness at Altitude
Emergency descents and time of useful consciousness (TUC) are critical high-altitude concepts: rapid depressurization demands immediate action within seconds of usable pilot awareness, followed by a precise, aircraft-limits-respecting descent profile to a safe altitude.
Bounced Landing Recovery and Go-Around Decision in Heavy Jets
A bounced landing in a heavy jet demands an immediate, disciplined go-around decision — delay or over-correction often causes more damage than the bounce itself.
More Airline Transport Pilot subjects
Articles are original summaries grounded in the public-domain FAA handbooks and cite their source. ACS-aligned study aids — not a substitute for the official handbooks or regulations.