A320
1
A320 Glareshield
2
A320 Pedestal
12
- A320 Switching Panel
- A320 Speed Brake Lever
- A320 Pitch Trim wheel
- A320 – Flap Lever
- A320 Engine Start and Ignition Panel
- A320 Throttle – Engine Thrust Levers
- A320 ECAM control panel
- A320 TCAS/ATC Transponder Control Panel
- A320 Weather Radar and PWS Control Panel
- A320 LT Panel : Main Flood and Integral Lighting Panel
A320 FMGC - MCDU
3
A320 MCDU INIT pages
2
PHAK Chapter 1 – Introduction to Flying
10
- PHAK 1.10 Chapter Summary
- PHAK 1.9 Role of the Designated Pilot Examiner
- PHAK 1.8 Role of the Certificated Flight Instructor
- PHAK 1.7 The Student Pilot
- PHAK 1.6 Selecting a Flight School
- PHAK 1.5 Aircraft Types and Categories
- PHAK 1.4 The Role of the Federal Aviation Administration (FAA)
- PHAK 1.3 History of the Federal Aviation Administration (FAA)
- PHAK 1.2 History of Flight
- PHAK 1.1 Introduction
PHAK Chapter 10 – Aircraft Performance
12
- PHAK 10.12 Chapter Summary
- PHAK 10.11 Air Carrier Obstacle Clearance and Landing Requirements
- PHAK 10.10 Climb Requirements
- PHAK 10.9 Transport Category Airplane Performance
- PHAK 10.8 Performance Charts
- PHAK 10.6 Takeoff and Landing Performance
- PHAK 10.5 Performance
- PHAK 10.7 Performance Speeds
- PHAK 10.4 Density Altitude
- PHAK 10.3 Pressure Altitude
PHAK Chapter 11 – Weather Theory
11
- PHAK 11.10 Fronts
- PHAK 11.8 Atmospheric Stability
- PHAK 11.7 Wind and Currents
- PHAK 11.11 Chapter Summary
- PHAK 11.9 Air Masses
- PHAK 11.6 Altitude and the Human Body
- PHAK 11.5 Altitude and Flight
- PHAK 11.4 Altitude and Atmospheric Pressure
- PHAK 11.3 Measurement of Atmospheric Pressure
- PHAK 11.2 Coriolis Force
PHAK Chapter 12 – Aviation Weather Services
9
- PHAK 12.5 Aviation Forecasts
- PHAK 12.4 Aviation Weather Reports
- PHAK 12.6 Weather Charts
- PHAK 12.1 Observations
- PHAK 12.9 Chapter Summary
- PHAK 12.8 Electronic Flight Displays (EFD)/Multi-Function Display (MFD) Weather
- PHAK 12.7 ATC Radar Weather Displays
- PHAK 12.3 Weather Briefings
- PHAK 12.2 Service Outlets
PHAK Chapter 13 – Airport Operations
10
- PHAK 13.9 Collision Avoidance
- PHAK 13.8 Wake Turbulence
- PHAK 13.3 Airport Lighting
- PHAK 13.7 Air Traffic Control (ATC) Services
- PHAK 13.6 Radio Communications
- PHAK 13.5 Traffic Patterns
- PHAK 13.10 Chapter Summary
- PHAK 13.4 Wind Direction Indicators
- PHAK 13.2 Airport Markings and Signs
- PHAK 13.1 Sources for Airport Data
PHAK Chapter 15 – Navigation
13
- PHAK 15.10 Radio Navigation
- PHAK 15.13 Chapter Summary
- PHAK 15.12 Flight Diversion
- PHAK 15.11 Lost Procedures
- PHAK 15.8 Charting the Course
- PHAK 15.6 Dead Reckoning
- PHAK 15.3 Effect of Wind
- PHAK 15.2 Latitude and Longitude (Meridians and Parallels)
- PHAK 15.9 Filing a VFR Flight Plan
- PHAK 15.7 Flight Planning
PHAK Chapter 16 – Aeromedical Factors
4
PHAK Chapter 17 – Aeronautical Decision-Making
10
- PHAK 17.8 Automation
- PHAK 17.5 The Decision-Making Process
- PHAK 17.6 Decision-Making in a Dynamic Environment
- PHAK 17.3 Hazard and Risk
- PHAK 17.10 Chapter Summary
- PHAK 17.9 Risk Management
- PHAK 17.7 Situational Awareness
- PHAK 17.4 Human Behavior
- PHAK 17.2 Crew Resource Management (CRM) and Single-Pilot Resource Management
- PHAK 17.1 History of ADM
PHAK Chapter 3 – Principles of Flight
6
PHAK Chapter 4 – Aerodynamics of Flight
12
- PHAK 4.11 High Speed Flight
- PHAK 4.10 Weight and Balance
- PHAK 4.9 Load Factors
- PHAK 4.8 Basic Propeller Principles
- PHAK 4.6 Aerodynamic Forces in Flight Maneuvers
- PHAK 4.5 Aircraft Design Characteristics
- PHAK 4.12 Chapter Summary
- PHAK 4.7 Stalls
- PHAK 4.4 Moment and Moment Arm
- PHAK 4.3 Axes of an Aircraft
PHAK Chapter 5 – Flight Controls
3
PHAK Chapter 6 – Aircraft Systems
18
PHAK Chapter 8 – Flight Manuals and Other Documents
7
PHAK Chapter 9 – Weight and Balance
3
AFH Chapter 1 – Introduction to Flight Training
9
- AFH 1.7 Safety Considerations
- AFH 1.9 Chapter Summary
- AFH 1.8 Continuing Education
- AFH 1.6 Airman Certification Standards (ACS) and Practical Test Standards (PTS)
- AFH 1.5 Sources of Flight Training
- AFH 1.4 Role of the Flight Instructor
- AFH 1.3 Role of the Pilot Examiner
- AFH 1.2 Role of the FAA
- AFH 1.1 Introduction
AFH Chapter 3 – Basic Flight Maneuvers
12
AFH Chapter 4 – Energy Management: Mastering Altitude and Airspeed Control
8
- AFH 4.8 Chapter Summary
- AFH 4.7 Review of Terms and Definitions
- AFH 4.6 Mitigating Risks from Mismanagement of Energy
- AFH 4.5 Rules of Energy Control
- AFH 4.4 Role of the Controls to Manage Energy State
- AFH 4.3 Viewing the Airplane as an Energy System
- AFH 4.2 Importance of Energy Management
- AFH 4.1 Introduction
AFH Chapter 5 – Maintaining Aircraft Control: Upset Prevention and Recovery
5
AFH Chapter 6 – Takeoffs and Departure Climbs
10
- AFH 6.10 Chapter Summary
- AFH 6.9 Noise Abatement
- AFH 6.8 Rejected Takeoff/Engine Failure
- AFH 6.7 Soft/Rough-Field Takeoff and Climb
- AFH 6.6 Short-Field Takeoff and Maximum Performance Climb
- AFH 6.5 Ground Effect on Takeoff
- AFH 6.4 Crosswind Takeoff
- AFH 6.3 Normal Takeoff
- AFH 6.2 Prior to Takeoff
- AFH 6.1 Introduction
AFH Chapter 8 – Airport Traffic Patterns
6
AFH Chapter 9 – Approaches and Landings
14
- AFH 9.14 Chapter Summary
- AFH 9.13 Hydroplaning
- AFH 9.12 Faulty Approaches and Landings
- AFH 9.11 Emergency Approaches and Landings (Simulated)
- AFH 9.10 Power-Off Accuracy Approaches
- AFH 9.9 Soft-Field Approach and Landing
- AFH 9.8 Short-Field Approach and Landing
- AFH 9.7 Turbulent Air Approach and Landing
- AFH 9.6 Crosswind Approach and Landing
- AFH 9.5 Intentional Slips
AFH Chapter 10 – Performance Maneuvers
6
AFH Chapter 11 – Night Operations
14
- AFH 11.14 Chapter Summary
- AFH 11.13 How to Prevent Landing Errors Due to Optical Illusions
- AFH 11.12 Approaches and Landings
- AFH 11.11 Orientation and Navigation
- AFH 11.10 Takeoff and Climb
- AFH 11.9 Starting, Taxiing, and Run-up
- AFH 11.8 Preparation and Preflight
- AFH 11.7 Training for Night Flight
- AFH 11.6 Airport and Navigation Lighting Aids
- AFH 11.5 Airplane Equipment and Lighting
AFH Chapter 12 – Transition to Complex Airplanes
6
AFH Chapter 13 – Transition to Multiengine Airplanes
20
- AFH 13.20 Chapter Summary
- AFH 13.19 Multiengine Training Considerations
- AFH 13.16 Go-Around
- AFH 13.18 Engine Inoperative Approach and Landing
- AFH 13.17 Engine Failure During Flight
- AFH 13.15 Short-Field Approach and Landing
- AFH 13.14 Crosswind Approach and Landing
- AFH 13.13 Normal Approach and Landing
- AFH 13.12 Slow Flight
- AFH 13.11 Level Off and Cruise
AFH Chapter 14 – Transition to Tailwheel Airplanes
20
AFH Chapter 15 – Transition to Turbopropeller-Powered Airplanes
9
AFH Chapter 16 – Transition to Jet-Powered Airplanes
18
- AFH 16.16 Jet Engine Landing
- AFH 16.18 Chapter Summary
- AFH 16.17 Jet Airplane Systems and Maintenance
- AFH 16.15 Jet Airplane Descent and Approach
- AFH 16.14 Jet Airplane Takeoff and Climb
- AFH 16.13 Pilot Sensations in Jet Flying
- AFH 16.12 Thrust Reversers
- AFH 16.11 Drag Devices
- AFH 16.10 Stalls
- AFH 16.9 Low-Speed Flight
AFH Chapter 17 – Transition to Light Sport Airplanes (LSA)
11
- AFH 17.11 Chapter Summary
- AFH 17.10 Key Points
- AFH 17.9 Flight Environment
- AFH 17.8 Weather Considerations
- AFH 17.7 Airframe and Systems
- AFH 17.6 LSA Maintenance
- AFH 17.5 Transition Training Considerations
- AFH 17.4 Sport Pilot Certificate
- AFH 17.3 Light-Sport Airplane Synopsis
- AFH 17.2 Light-Sport Aircraft Background
AFH Chapter 18 – Emergency Procedures
14
- AFH 18.14 Chapter Summary
- AFH 18.13 Emergency Response Systems
- AFH 18.12 Inadvertent VFR Flight Into IMC
- AFH 18.11 Door Opening In-Flight
- AFH 18.10 Abnormal Engine Instrument Indication
- AFH 18.9 System Malfunctions
- AFH 18.8 Flight Control Malfunction/Failure
- AFH 18.7 In-Flight Fire
- AFH 18.6 Emergency Descents
- AFH 18.5 Engine Failure After Takeoff (Single-Engine)