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AIRPLANE FLYING HANDBOOK - Aviation Human Factors PowerPoint Presentation

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  • Slide 1 - AIRPLANE FLYING HANDBOOKS TWO SEPARATE HANDBOOKS
  • Slide 2 - Overview Present a “heads up” look at the changes in the Flight Training Handbook which has become the Basic Airplane Flying Handbook. Present you with a brief overview of key subject areas in each chapter by: introducing you to significant changes, discussing new subject areas, and mentioning significant areas which have been deleted.
  • Slide 3 - Objective Furnish the examiner and flight instructor with a brief overview of the Basic Airplane Flying Handbook. Familiarize you with the content of this new publication without testing at the end of the course.
  • Slide 4 - HANDBOOK ONE The Basic Airplane Flying Handbook
  • Slide 5 - CHAPTER 1 Introduction to Flight Training 1.1 Advantages 1.2 Choosing a Flight School 1.3 Instructor and Student Relationship 1.4 Role of the FAA 1.5 Study Materials 1.6 Study Habits 1.7 Ground Safety 1.8 Flight Safety 1.9 Safe Operating Limitations 1.10 Aeronautical Decision Making
  • Slide 6 - CHAPTER 2 Introduction to Airplanes and Engines 2.1 Fuselage 2.2 Wings 2.3 Empennage 2.4 Primary Flight Controls 2.5 Secondary Flight Controls 2.6 Landing Gear, Fixed and Retractable 2.7 Wheel Brakes 2.8 Nosewheel Steering 2.9 Reciprocating Engines 2.10 Fuel and Oil Systems 2.11 Induction Systems 2.12 Fuel/Air Mixture 2.13 Ignition System 2.14 Normal Combustion, Detonation and Pre-ignition
  • Slide 7 - CHAPTER 2 Introduction to Airplanes and Engines (continued) 2.15 Turbochargers 2.16 Propellers; Fixed Pitch, and Constant Speed 2.17 Cowl Flaps 2.18 Instruments, General 2.19 Engine Instruments 2.20 Pitot Static and Vacuum/Pressure Systems 2.21 Flight Instruments 2.22 Electrical Systems 2.23 Avionics 2.24 Hydraulic Systems 2.25 Environmental Systems 2.26 Deicing/Anti-icing Systems 2.27 Pressurization Systems 2.28 Supplemental Oxygen
  • Slide 8 - CHAPTER 3 Principles of Flight 3.1 Theories of Flight 3.2 Forces Acting on the Airplane 3.3 Stability and Controllability 3.4 Straight and Level Flight 3.5 Turning Flight 3.6 Climbing Flight 3.7 Descending Flight
  • Slide 9 - CHAPTER 4 Weight and Balance Control 4.1 Weight and Balance Terms and Definitions 4.2 Weight Control 4.3 Balance and Center of Gravity 4.4 Management of Weight and Balance 4.5 Effects of Adverse Weight and Balance 4.6 Computing Weight and Balance
  • Slide 10 - CHAPTER 5 The Effect and Use of Controls 5.1 Ailerons 5.2 Elevator/Stabilator 5.3 Rudder 5.4 Trim Devices 5.5 Use of Flight Controls 5.6 Flap Control 5.7 Landing Gear Control 5.8 Throttle Control & Power Setting 5.9 Propeller Control 5.10 Mixture Control & Leaning 5.11 Carburetor Heat Control
  • Slide 11 - CHAPTER 6 Airport Operations 6.1 Airport Taxiway, Runway Markings and Signs 6.2 Traffic and Wind Indicators 6.3 Airport Traffic Patterns 6.4 Noise Abatement Procedures 6.5 Radio Comm. 6.6 Airport Operations Without an Operating Control Tower 6.7 Airport Operations w/ Operating Control Twr 6.8 Automatic Terminal Info. Service (ATIS). 6.9 Air Traffic Control Clearances 6.10 Wake Turbulence Avoidance 6.11 Wind Shear 6.12 Microbursts 6.13 Visual Approach Slope Indicator(VASI) 6.14 Terminal Radar Serv. for VFR Aircraft
  • Slide 12 - CHAPTER 7 Airplane Performance and Limitations 7.1 Factors Affecting Performance 7.2 Density Altitude 7.3 Weight 7.4 Runway Conditions 7.5 Pilot’s Operating Handbook 7.7 Performance 7.8 V-Speeds
  • Slide 13 - CHAPTER 8 Aeromedical Factors 8.1 Obtaining a Medical Certificate 8.2 General Health 8.3 Hypoxia 8.4 Hyperventilation 8.5 Middle Ear Discomfort & Sinus Problems 8.6 Spatial Disorientation & Vertigo 8.7 Motion Sickness 8.8 Carbon Monoxide Poisoning 8.9 Stress and Fatigue 8.10 Alcohol and Drugs 8.11 Scuba Diving & Decompression Sickness
  • Slide 14 - CHAPTER 9 National Airspace System 9.1 Controlled Airspace 9.2 Class A 9.3 Class B 9.4 Class C 9.5 Class D 9.6 Class E 9.7 Class G 9.8 Special Use Airspace 9.9 Other Special Airspace Areas
  • Slide 15 - CHAPTER 10 Preflight Preparation and Procedures 10.1 Certificates and Documents 10.2 Preflight of the Pilot 10.3 Preflight Preparation (Flight Planning) 10.4 Airplane Preflight Inspection (Visual Inspection) 10.5 Cockpit Mgmnt. 10.6 Use of Checklists 10.7 Engine Starting 10.8 Taxiing-General and Nosewheel Airplanes 10.9 Before Takeoff Checks 10.10 Minimum Equipment Lists
  • Slide 16 - CHAPTER 11 Takeoffs and Climbs 11.1 Prior To Takeoff 11.2 Normal Takeoff Roll 11.3 Normal Lift-Off and Climb 11.4 Crosswind Takeoff Roll 11.5 Crosswind Lift-Off and Climb 11.6 Soft Field Takeoff Roll 11.7 Soft Field Lift-off and Climb 11.8 Short Field Takeoff Roll 11.9 Short Field Lift-off and Climb 11.10 Rejected Takeoff
  • Slide 17 - CHAPTER 12 Basic Flight Maneuvers 12.1 Integrated Flight Instruction 12.2 Attitude Flying 12.3 Straight-and-Level Flight 12.4 Turns 12.5 Climbs 12.6 Descents
  • Slide 18 - CHAPTER 13 Slow Flight and Stalls 13.1 Slow Flight 13.2 Maneuvering During Slow Flight 13.3 Stalls 13.4 Recognition of Stalls 13.5 Fundamentals of Stall Recovery 13.6 Use of Ailerons and Rudder in Stall Recovery 13.7 Stall Characteristics 13.8 Power-On Stalls 13.9 Power-Off Stalls 13.10 Secondary Stalls 13.11 Accelerated Maneuver Stalls 13.12 Crossed Control Stalls 13.13 Elevator Trim Stalls
  • Slide 19 - CHAPTER 14 Spins 14.1 Spin Definition 14.2 Cause of Spins 14.3 Types of Spins 14.4 Phases of a Spin 14.5 Aircraft Limitations 14.6 Weight and Balance Requirements 14.7 Spin Training 14.8 Spirals 14.9 Documentation
  • Slide 20 - CHAPTER 15 Performance Maneuvers 15.1 Steep Turns 15.2 Steep Spirals 15.3 Chandelles 15.4 Lazy Eights
  • Slide 21 - CHAPTER 16 Ground Reference Maneuvers 16.1 Maneuvering by Reference to Ground Objects 16.2 Drift and Ground Track Control 16.3 Turns Around a Point 16.4 S-Turns 16.5 Rectangular Course 16.6 Eights Along a Road 16.7 Eights Around Pylons 16.8 Eights on Pylons
  • Slide 22 - CHAPTER 17 Approaches and Landings 17.1 Normal Approach and Landing 17.2 Base Leg 17.3 Final Approach 17.4 Estimating Height and Movement 17.5 Roundout (Flare) 17.6 Touchdown 17.7 After-Landing Roll 17.8 Go-Around/Rejected Landing 17.9 Touch and Go Landings 17.10 Slips 17.11 Crosswind Final Approach and Landing 17.12 Crosswind Final Approach Continued
  • Slide 23 - CHAPTER 17 Approaches and Landings (continued) 17.13 Crosswind Roundout (Flare) 17.14 Crosswind Touchdown 17.15 Crosswind After- Landing Roll 17.16 Turbulent-Air Approach and Ldg. 17.17 Soft Field Approach and Landing 17.18 Short Field Approach and Ldg. 17.19 Power-Off Accuracy Approach 17.20 90º Power-Off Approach 17.21 180º Power-Off Approach 17.22 360º Power-Off Approach 17.23 Emergency Approaches (Simulated)
  • Slide 24 - CHAPTER 18 Faulty Approaches and Landings 18.1 Low Final Approach 18.2 High Final Approach 18.3 Slow Final Approach 18.4 Use of Power 18.5 High Roundout 18.6 Late or Rapid Roundout 18.7 Floating During Roundout. 18.8 Ballooning During Roundout 18.9 Bouncing 18.10 Wheelbarrowing 18.11 Hard Landing 18.12 Touchdown in a Drift or Crab 18.13 Ground Loop 18.14 Wing Rising After Touchdown 18.15 Summarizing Corrective Actions
  • Slide 25 - CHAPTER 19 Basic Instrument Maneuvers 19.1 Straight and Level Flight 19.2 Constant Airspeed Descents 19.3 Constant Airspeed Climbs 19.4 Turns to Headings 19.5 Recovery from Unusual Flight Attitudes 19.6 Radio Communications, Navigation Systems/Facilities and Radar Services 19.7 Summary of Airplane Control
  • Slide 26 - CHAPTER 20 Emergency Operations 20.1 Systems and Equipment Malfunctions 20.2 Emergency Descents 20.3 Emergency Approach and Landing 20.4 Emergency Equipment & Survival Gear
  • Slide 27 - CHAPTER 21 Night Operations 21.1 Physiological Aspects of Night Flying 21.2 Night Illusions 21.3 Pilot Equipment 21.4 Airplane Equipment and Lighting 21.5 Airport and Navigation Lighting Aids 21.6 Preparation and Preflight 21.7 Starting, Taxiing and Runup 21.8 Takeoff & Departure Climb 21.9 Orientation and Navigation 21.10 Night Approaches and Landings 21.11 Night Emergencies
  • Slide 28 - CHAPTER 22 Navigation 22.1 Preflight Preparation 22.2 Departure 22.3 Pilotage 22.4 Dead Reckoning 22.5 Diversion to an Alternate 22.6 Lost Procedures 22.7 Precautionary Landings 22.8 Automatic Direction Finder (ADF) Continued
  • Slide 29 - CHAPTER 22 Navigation (Continued) 22.9 Very High Frequency Omnidirectional Range (VOR) 22.10 VOR/DME RNAV 22.11 Long Range Navigation, Version C (LORAN-C) 22.12 Global Positioning System (GPS) 22.13 Radar Services 22.14 Direction Finder (DF) Services 22.15 Arrival and Landing
  • Slide 30 - CHAPTER 23 Postflight Procedures 23.1 After Landing Checks 23.2 After Clearing the Runway Checks 23.3 Parking 23.4 Engine Shutdown Checks 23.5 Securing and Servicing the Airplane.
  • Slide 31 - BOOK TWO The Advanced Airplane Flying Handbook

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