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StudyAirline Transport Pilot

ATP Ground School

Advanced ground school for the FAA Airline Transport Pilot knowledge test covering crew resource management, turbine operations, high-altitude aerodynamics, and Part 121/117 regulations.

CPL/IR holders preparing for the ATP certificate60-80 hours of studyLast reviewed 2026-04-16

What you will learn

  • Apply CRM principles including threat and error management in multi-crew operations.
  • Understand high-altitude aerodynamics including coffin corner, Mach effects, and pressurization.
  • Analyze turbine engine indications and manage abnormal engine conditions.
  • Master Part 121/117 flight duty period and rest requirement regulations.
  • Evaluate advanced weather hazards and execute windshear escape procedures.
  • Calculate transport category takeoff and landing performance including V-speeds.

Topics covered

Crew Resource Management

Threat and error management, assertive communication, fatigue risk management, leadership and teamwork in multi-crew environments.

High-Altitude Operations

Coffin corner, Mach number effects, rapid decompression, time of useful consciousness, pressurization systems, and crossover altitude.

Turbine Engine Operations

Turbofan principles, N1/N2/EGT monitoring, compressor stalls, flameout procedures, hot and hung starts, thrust reversers.

Part 121 and Part 117 Regulations

Flight duty period limitations, rest requirements, ATP certificate requirements under 14 CFR 61.159, R-ATP provisions, and MEL procedures.

Advanced Weather Analysis

Windshear escape maneuvers, microburst recognition, volcanic ash hazards, mountain wave turbulence, convective SIGMETs, and TDWR/LLWAS.

Transport Category Aircraft

V1/Vr/V2 relationships, second-segment climb gradient, Vref calculation, contaminated runway performance, and landing distance factors.

Swept-Wing Aerodynamics

Critical Mach number, shock-induced separation, Mach tuck, tip stall, pitch-up tendencies, and stall fences/vortex generators.

ATP Decision-Making

Captain authority and responsibility, two-challenge rule, task saturation management, LOFT scenarios, and fatigue countermeasures.

Prerequisites

  • Commercial Pilot Certificate with Instrument Rating required.
  • Minimum 1,500 hours total time (or R-ATP qualifying hours).
  • Strong understanding of instrument procedures and regulations.
  • Familiarity with multi-engine operations recommended.

Prepare for the highest pilot certificate

Airline-level ground school with CRM scenarios, turbine ops, and transport category performance analysis.