Important Links Flight Computer ( CX3 ) Weather Update Airline Simulator Pilot Online Test MCDU A320 1. Navigation A. General Navigation 01 Direction The Form of the Earth 02 Direction Basic Direction 03 Position Latitude 04 Position Longitude 05 Position ChLat 06 Position ChLong 07 Great Circle 08 Small Circle 09 Vertices 10 Rhumb Lines 11 Distance Measurement of Distance 12 Distance ChLat and ChLong Distance Determination 13 Earth Magnetism Variation 14 Earth Magnetism Magnetic Dip 15 Earth Magnetism Deviation 16 Navigation Computers The Circular Slide Rule Introduct 17 Navigation Computers Multiplication and Division 18 Navigation Computers Time, Speed and Distance 19 Navigation Computers Fuel Calculations 20 Navigation Computers Conversions 21 Navigation Computers Temp Conversion & Altitude Calcul 22 Navigation Computers Ram Rise 23 Navigation Computers True Airspeed below 300 knots 24 Navigation Computers True Airspeed above 300 knots 25 Navigation Computers Iterative Ram Rise 26 Navigation Computers Mach Number 27 The Wind Face Triangle of Velocities 28 The Wind Face Heading and Ground Speed 29 The Wind Face Track and Ground Speed 30 The Wind Face Wind Finding 31 The Wind Face Wind Components 32 The Wind Face Multi Drift Winds 33 1 in 60 Rule Rule and Geometry 34 1 in 60 Rule Application in Basic Navigation 35 1 in 60 Rule Techniques for Other Uses 36 Topographical Chart Features 37 Topographical Chart Map Reading and Navigation Techniq 38 Topographical Chart Symbology 39 Convergence Convergency Part 1 40 Convergence Convergency Part 2 41 Convergence Convergency Part 3 42 Convergence Conversion Angle Part 1 43 Convergence Conversion Angle Part 2 44 Departure Part 1 45 Departure Part 2 46 Scale Part 1 47 Scale Part 2 48 Chart Overview Types of Projections 49 Chart Overview Conformality 50 Normal Mercator Introduction and Overview of Projectio 51 Normal Mercator Principle of Construction 52 Normal Mercator Properties Part 1 53 Normal Mercator Properties Part 2 54 Normal Mercator Scale Part 1 55 Normal Mercator Scale Part 2 56 Normal Mercator Plotting 57 Lambert's Conformal Projection and Properties Part 1 58 Lambert's Conformal Projection and Properties Part 2 59 Lambert's Conformal Scale and Convergence Part 1 60 Lambert's Conformal Scale and Convergence Part 2 61 Lambert's Conformal Plotting 62 Polar Stereographic Projection and Properties Part 1 63 Polar Stereographic Projection and Properties Part 2 64 Polar Stereographic Determination of Track Part 1 65 Polar Stereographic Determination of Track Part 2 66 Transverse Mercator Part 1 67 Transverse Mercator Part 2 68 Oblique Mercator 69 Time Solar System and Kepler Part 1 70 Time Solar System and Kepler Part 2 71 Time Seasons, Declination and Hour Angle Part 1 72 Time Seasons, Declination and Hour Angle Part 2 73 Time Local Mean Time Part 1 74 Time Local Mean Time Part 2 75 Time Sunrise and Sunset Part 1 76 Time Sunrise and Sunset Part 2 77 Point of Equal Time Introduction Part 1 78 Point of Equal Time Introduction Part 2 79 Point of Equal Time Calculations Part 1 80 Point of Equal Time Calculations Part 2 81 Point of no return introduction part 1 82 Point of No Return Introduction Part 2 83 Point of No Return Calculations 84 Grid Navigation Convergence Part 1 85 Grid Navigation Convergence Part 2 86 Grid Navigation Steering 87 Grid Navigation Problems Part 1 88 Grid Navigation Problems Part 2 89 Plotting Part 1 90 Plotting Part 2 91 The Direct Reading Compass Part 1 92 The Direct Reading Compass Part 2 93 Gyro Magnetic Compass Operation & System ConstructionP 94 Gyro Magnetic Compass Operation & System ConstructionP 95 Gyro Magnetic Compass Flux Valve 96 Gyro Magnetic Compass Components and Remote Transmissi 97 Aircraft Magnetism Part 1 98 Aircraft Magnetism Part 2 99 Inertial Navigation System INS Principle of Operation 100 Inertial Navigation System INS Data Flow Part 1 101 Inertial Navigation System INS Data Flow Part 2 102 Inertial Navigation Sys INS Platform Stabilisation Pt 103 Inertial Navigation Sys INS Platform Stabilisation Pt 104 Inertial Navigation System INS Alignment 105 Inertial Navigation System INS Operation Part 1 106 Inertial Navigation System INS Operation Part 2 107 Inertial Navigation System INS Errors Part 1 108 Inertial Navigation System INS Errors Part 2 109 Inertial Reference System IRS Introduction 110 Inertial Reference System IRS Ring Laser Gyro 111 Inertial Reference System IRS Summary 112 Modern Avionics Purpose and Components Part 1 113 Modern Avionics Purpose and Components Part 2 114 Modern Avionics Equipment Operation Part 1 115 Modern Avionics Equipment Operation Part 2 B. Radio Navigation 01 Propagation Theory Electromagnetic Waves 02 Propagation Theory Radio Waves 03 Propagation Theory Propagation Paths 04 Propagation Theory Modulation 05 Propagation Theory Antennae 06 Propagation Theory Doppler 07 Radio Aids Ground Direction Finding 08 Radio Aids NDB ADF Operation 09 Radio Aids NDB ADF Interpretation 10 Radio Aids VOR and Doppler VOR Operation 11 Radio Aids VOR and Doppler VOR Interpretation 12 Radio Aids Instrument Landing System ILS Operation 13 Radio Aids Instrument Landing System ILS Interpretation 14 Radio Aids Microwave Landing System MLS 15 Radio Aids Distance Measuring Equipment DME 16 Radar Principles of Operation 17 Radar Ground Radar 18 Radar Airborne Weather Radar 19 Radar Secondary Surveillance Radar 20 Radar Mode S 21 Area Navigation Systems Area Navigation RNAV 22 Area Navigation Systems FMS Purpose and Components 23 Area Navigation Systems FMS Equipment Operation 24 Area Navigation Systems FMS Supplement 25 Area Nav Electronic Horizontal Situation Indicator EHSI 26 Global Positioning System GPS GPS GLONASS GALLILEO 27 Global Positioning System GPS Principles of Operation 28 Loran C C. Instruments Navigation 01 Auto Flight 02 Auto Flights 03 Auto Flight 04 Auto Flight 05 Auto Flight 06 Auto Flight 07 Auto Flight 08 Auto Flight 09 Auto Flight 10 Auto Flight 11 Auto Flight 12 Auto Flight 13 Auto Flight 2. Meteorology 01 The Atmosphere 02 Pressure Part 1 03 Pressure Part 2 04 Density 05 Pressure Systems Part 1 06 Pressure Systems Part 2 07 Pressure Systems Part 3 08 Pressure Systems Part 4 09 Altimetry Part 1 10 Altimetry Part 2 11 Altimetry Part 3 12 Temperature Part 1 13 Temperature Part 2 14 Humidity Part 1 15 Humidity Part 2 16 Adiabatics and Stability Part 1 17 Adiabatics and Stability Part 2 18 Turbulence Part 1 19 Turbulence Part 2 20 Lower Winds Part 1 21 Lower Winds Part 2 22 Lower Winds Part 3 23 Lower Winds Part 4 24 Lower Winds Part 5 25 Upper Winds Part 1 26 Upper Winds Part 2 27 Clouds and Precipitation Part 1 28 Clouds and Precipitation Part 2 29 Clouds and Precipitation Part 3 30 Clouds and Precipitation Part 4 31 Thunderstorms Part 1 32 Thunderstorms Part 2 33 Visibility Part 1 34 Visibility Part 2 35 Aircraft Icing Part 1 36 Aircraft Icing Part 2 37 Air Masses and Fronts Part 1 38 Air Masses and Fronts Part 2 39 Air Masses and Fronts Part 3 40 Depressions Part 1 41 Depressions Part 2 42 Global Climatology Part 1 43 Global Climatology Part 2 44 Global Climatology Part 3 45 Area Climatology Part 1 46 Area Climatology Part 2 47 Area Climatology Part 3 48 Remote Sensing Part 1 49 Remote Sensing Part 2 50 METARs Part 1 51 METARs Part 2 52 METARs Meteorological Terminal Forecast Part 3 53 TAFs Terminal Aerodrome Forecast 54 Spot Wind Charts 55 Low Level Significant Weather Charts SIG WX 56 High Level Significant Weather Charts SIG WX Part 1 57 High Level Significant Weather Charts SIG WX Part 2 58 SIGMET Significant Meteorological Information 59 AIRMET Airmen's Meteorological Information 60 In Flight Briefing
