CASA PPL Exam Syllabus

Students preparing for the CASA Private Pilot Licence (PPL) theory exam often want to know exactly what subjects are covered before they begin studying. Understanding the PPL exam syllabus helps students plan their study, focus on the right topics and prepare more effectively for the exam.

The CASA PPL exam tests knowledge across a range of aviation subjects that are important for safe flight operations. These subjects include navigation, meteorology, aerodynamics, human factors, aviation law, aircraft performance and aeronautical knowledge.

Students preparing for navigation topics can practise questions using our
PPL practice exams.

What Is in the CASA PPL Exam?

The CASA PPL theory exam is designed to ensure that student pilots understand the knowledge required to operate an aircraft safely and make sound decisions in flight. The exam typically includes questions from the following subject areas.

PPL Exam Subjects

The navigation component of the CASA PPL syllabus covers the knowledge required for pilots to plan and conduct visual navigation flights safely. This includes map reading, flight planning, navigation calculations, chart interpretation and the use of radio and satellite navigation systems.

Unit 1.7.1 — PNVC: PPL Navigation – all aircraft categories

1. General Navigation

  • Shape and rotation of the earth
  • Latitude and longitude
  • Difference between true north and magnetic north
  • Measuring distance and direction in navigation
  • Magnetic variation and compass deviation
  • Relationship between magnetic heading, relative heading and magnetic bearing

2. Time

  • Understanding UTC (Coordinated Universal Time)
  • Local Mean Time (LMT)
  • Local Standard Time
  • Local Summer Time
  • Determining civil twilight using AIP daylight and darkness graphs
  • Converting between LMT, UTC and local times
  • Factors affecting daylight conditions

3. Extracting Information from Charts

  • Reading WAC and AIP visual charts
  • Identifying map features such as roads, rivers and lakes
  • Identifying obstacles and spot heights
  • Understanding CTA, PRDs and aerodrome information
  • Decoding chart symbols using legends
  • Estimating terrain height using hypsometric tints and contours
  • Estimating track and distance
  • Chart orientation during flight
  • Identifying airspace boundaries on AIP charts
  • Extracting aerodrome information from ERSA
  • Identifying prohibited, restricted and danger areas

4. Computation Techniques

  • Estimating time using ground speed and distance
  • Estimating endurance using fuel flow and available fuel
  • Applying magnetic variation to determine direction
  • Converting between feet and metres
  • Converting between nautical miles and kilometres
  • Converting between pounds and kilograms
  • Converting between US gallons, litres and kilograms of avgas
  • Calculating headwind, tailwind and crosswind components
  • Using navigation computers
  • Calculating CAS and TAS
  • Calculating heading, ground speed and drift
  • Calculating climb and descent gradients
  • Determining top of climb and top of descent

5. Pilot Navigation Techniques

  • Chart orientation techniques
  • Map-to-ground navigation
  • Ground-to-map navigation
  • Selecting position lines
  • Determining ground speed
  • Identifying track error
  • Fixing aircraft position
  • Selecting ground features for navigation
  • Navigation at low level
  • Navigation between 2000 ft and 10,000 ft
  • Navigation over mountainous, coastal and sparsely populated areas
  • Preparing charts with tracks and time markings
  • Selecting appropriate charts for a route
  • Determining track made good
  • Calculating drift
  • Intercepting and maintaining track
  • Revising ETA during flight
  • Dead reckoning navigation
  • Using the 1 in 60 rule
  • Planning diversions

6. Radio Navigation Aids

  • Extracting NDB and VOR information from ERSA or ERC
  • Understanding rated VOR coverage up to 10,000 ft

7. Area Navigation Systems

  • VOR/DME navigation systems
  • GNSS navigation systems
  • Principles of area navigation (RNAV)
  • Advantages and limitations of RNAV
  • Accuracy and reliability of navigation systems
  • Satellite navigation systems such as GPS and GLONASS
  • GNSS system enhancements including WAAS and DGNSS
  • Updating area navigation systems

Students preparing for navigation topics can practise questions using our PPL practice exams.

Meteorology (PMET – PPL Meteorology)

The meteorology component of the CASA PPL syllabus covers the weather knowledge required for safe flight operations. Pilots must understand how atmospheric conditions develop, how weather systems form and how weather affects aircraft performance and flight safety.

Unit 1.7.2 — PMET: PPL Meteorology – all aircraft categories

1. Atmosphere

  • Composition and structure of the atmosphere
  • Temperature variation with altitude
  • Pressure variation with altitude
  • Standard atmosphere
  • Air density and density altitude

2. Pressure Systems

  • High pressure systems
  • Low pressure systems
  • Pressure gradients
  • Isobars and pressure patterns
  • Relationship between pressure systems and wind

3. Wind

  • Formation of wind
  • Surface wind patterns
  • Wind direction and speed
  • Local wind effects
  • Sea breezes and land breezes
  • Mountain winds and valley winds
  • Wind shear

4. Temperature and Stability

  • Heating and cooling of the earth’s surface
  • Temperature lapse rates
  • Stable and unstable air
  • Temperature inversions
  • Effects of atmospheric stability on weather formation

5. Cloud Formation

  • Condensation and evaporation
  • Cloud formation processes
  • Cloud classification
  • Cloud types and cloud heights
  • Weather associated with different cloud types

6. Precipitation

  • Formation of rain
  • Formation of snow and hail
  • Showers and continuous precipitation
  • Effects of precipitation on flight operations

7. Thunderstorms

  • Formation of thunderstorms
  • Stages of thunderstorm development
  • Thunderstorm hazards
  • Lightning and hail
  • Microbursts and strong downdrafts
  • Severe turbulence associated with thunderstorms

8. Visibility

  • Causes of reduced visibility
  • Fog formation and fog types
  • Mist, haze and smoke
  • Visibility limitations for flight

9. Aviation Weather Information

  • Aviation weather forecasts
  • Aviation weather reports
  • Interpreting METAR reports
  • Interpreting TAF forecasts
  • Using weather information for flight planning

Students preparing for meteorology topics can practise questions using our PPL practice exams.

 

Human Factors (PHFC – PPL Human Factors)

The human factors component of the CASA PPL syllabus covers the physical and psychological limitations that can affect pilot performance. Pilots must understand how fatigue, stress, workload and decision making influence flight safety and how to recognise and manage these risks during flight operations.

PHFC — PPL Human Factors – all aircraft categories

1. Human Performance

  • Human limitations affecting pilot performance
  • Effects of workload on performance
  • Situational awareness
  • Information processing and attention
  • Effects of distraction

2. Decision Making

  • Pilot judgement and decision making
  • Risk assessment in flight operations
  • Common decision making errors
  • Strategies for improving pilot decision making

3. Fatigue

  • Causes of fatigue
  • Effects of fatigue on pilot performance
  • Recognising signs of fatigue
  • Managing fatigue risks

4. Stress

  • Sources of stress
  • Effects of stress on pilot performance
  • Managing stress during flight operations

5. Vision and Perception

  • How the human eye works
  • Limitations of human vision
  • Night vision considerations
  • Visual illusions in flight
  • Spatial disorientation

6. Alcohol, Drugs and Medication

  • Effects of alcohol on pilot performance
  • Effects of drugs and medication
  • Regulatory requirements regarding alcohol and flying

7. Communication and Crew Interaction

  • Effective communication in aviation
  • Importance of clear communication
  • Pilot and air traffic control communication
  • Managing workload and cockpit tasks

Students preparing for human factors topics can practise questions using our PPL practice exams.

Flight Rules and Air Law (PFRC / PFRA – PPL Flight Rules and Air Law)

The flight rules and aviation law component of the CASA PPL syllabus covers the regulations and operational rules pilots must follow when operating an aircraft. Pilots must understand airspace classifications, operational requirements, flight rules and regulatory responsibilities to ensure safe and legal flight operations.

PFRC / PFRA — PPL Flight Rules and Air Law – all aircraft categories

1. Aviation Regulations

  • Purpose of aviation regulations
  • Responsibilities of the pilot in command
  • Regulatory requirements for aircraft operations
  • Compliance with CASA regulations

2. Aircraft Documentation

  • Required aircraft documents
  • Certificate of Registration
  • Certificate of Airworthiness
  • Maintenance release
  • Pilot documentation and licensing requirements

3. Rules of the Air

  • Right-of-way rules
  • Minimum safe altitudes
  • Visual flight rules (VFR)
  • Cruising levels
  • VFR weather minima

4. Airspace

  • Airspace classifications
  • Controlled and uncontrolled airspace
  • Restricted, prohibited and danger areas
  • Special use airspace
  • Airspace boundaries

5. Aerodrome Operations

  • Aerodrome traffic procedures
  • Circuit operations
  • Radio communication requirements
  • Signal areas and aerodrome markings
  • Runway and taxiway operations

6. Air Traffic Services

  • Air traffic control services
  • Flight information services
  • Alerting services
  • Clearances and instructions

7. Operational Requirements

  • Fuel requirements
  • Flight planning requirements
  • Weather requirements for flight
  • Carriage of passengers
  • Operational limitations

Students preparing for flight rules and air law topics can practise questions using our PPL practice exams.

Aircraft Performance (POPC / POPA – PPL Operational Performance)

The aircraft performance component of the CASA PPL syllabus covers the factors that affect how an aircraft performs during take-off, climb, cruise, descent and landing. Pilots must understand how aircraft weight, atmospheric conditions and aircraft configuration influence aircraft performance and flight safety.

POPC / POPA — PPL Operational Performance – all aircraft categories

1. Aircraft Weight and Performance

  • Relationship between aircraft weight and performance
  • Effects of weight on take-off performance
  • Effects of weight on climb performance
  • Effects of weight on stall speed
  • Effects of weight on landing distance

2. Density Altitude

  • Pressure altitude
  • Temperature effects on air density
  • Density altitude and aircraft performance
  • Effects of density altitude on take-off and climb

3. Take-off Performance

  • Factors affecting take-off distance
  • Effects of runway surface
  • Effects of runway slope
  • Effects of wind on take-off performance
  • Use of aircraft performance charts

4. Climb Performance

  • Rate of climb
  • Angle of climb
  • Best rate of climb speed
  • Best angle of climb speed
  • Factors affecting climb performance

5. Cruise Performance

  • Relationship between power and airspeed
  • Effects of altitude on cruise performance
  • Fuel consumption and endurance
  • Range considerations

6. Descent Performance

  • Descent planning
  • Descent rates and gradients
  • Energy management during descent

7. Landing Performance

  • Factors affecting landing distance
  • Effects of runway slope and surface
  • Effects of wind on landing performance
  • Use of landing performance charts

Students preparing for aircraft performance topics can practise questions using our PPL practice exams.

Aeronautical Knowledge (PAKC / PAKA – PPL Aeronautical Knowledge)

The aeronautical knowledge component of the CASA PPL syllabus covers the fundamental aircraft systems and aerodynamic principles required for safe flight operations. Pilots must understand how aircraft systems operate, how instruments work and the aerodynamic principles that allow an aircraft to fly.

PAKC / PAKA — PPL Aeronautical Knowledge – all aircraft categories

1. Aircraft Structure

  • Major aircraft structural components
  • Fuselage, wings and empennage
  • Control surfaces and their functions
  • Aircraft structural limitations

2. Flight Controls

  • Primary flight controls
  • Ailerons
  • Elevator
  • Rudder
  • Control of roll, pitch and yaw
  • Trim systems

3. Aircraft Instruments

  • Pitot-static system
  • Airspeed indicator
  • Altimeter
  • Vertical speed indicator
  • Gyroscopic instruments
  • Magnetic compass

4. Aircraft Systems

  • Fuel systems
  • Electrical systems
  • Engine systems
  • Cooling systems
  • Lubrication systems

5. Basic Aerodynamics

  • Lift, weight, thrust and drag
  • Angle of attack
  • Stalls and stall characteristics
  • Relationship between lift and drag
  • Factors affecting aircraft performance

6. Pitot-Static System

  • Dynamic pressure
  • Static pressure
  • How airspeed is measured
  • Instrument errors

Students preparing for aeronautical knowledge topics can practise questions using our PPL practice exams.

Why Understanding the PPL Syllabus Matters

Students who understand the PPL syllabus early usually prepare more effectively because they know what topics they need to study and what areas require the most attention.

  • It helps students plan their study properly
  • It reduces the chance of missing important topics
  • It gives students a better idea of the scope of the exam
  • It helps students focus their practice on the right subjects

A clear understanding of the syllabus also helps students use their study time more efficiently.

How to Study the CASA PPL Syllabus

Most successful PPL students prepare by combining several study methods. These usually include:

  • studying the theory behind each syllabus topic
  • working through aviation training material
  • reviewing weak areas with an instructor
  • practising realistic exam-style questions

Practising questions based on the syllabus is one of the best ways to test understanding and improve confidence before the actual exam.

Example Questions from the PPL Syllabus

An aircraft heading is the direction the nose of the aircraft is pointing relative to:

A) Magnetic north
B) True north
C) Ground track
D) Wind direction

Correct Answer

A) Magnetic north

Explanation

Aircraft headings are normally referenced to magnetic north because aircraft compasses align with the Earth’s magnetic field.

Meteorology Example

Which cloud type is most commonly associated with thunderstorms?

A) Stratus
B) Cumulonimbus
C) Cirrus
D) Altostratus

Correct Answer

B) Cumulonimbus

Explanation

Cumulonimbus clouds are tall convective clouds capable of producing thunderstorms, heavy rain, turbulence and lightning.

Aerodynamics Example

During straight and level flight, the lift produced by the wings must be equal to:

A) Drag
B) Thrust
C) Weight
D) Airspeed

Correct Answer

C) Weight

Explanation

In steady level flight the aircraft is not accelerating vertically, so lift must equal weight.

Practise the PPL Syllabus with Exam Questions

Once students understand the PPL syllabus, the next step is to practise realistic questions covering those topics. This helps students apply their knowledge and identify areas that need more study.

Pilot Practice Exams provides a structured way for students to practise PPL practice exams covering the main subjects in the CASA PPL exam syllabus.

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