PPL COURSE
The aim of the series of self-study lessons is to provide student pilots with a comprehensive knowledge of the subjects and to help them use this knowledge to improve flight safety. A further major objective is to prepare students for success in the SACAA theoretical knowledge examinations.
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Recommended study period – 2 months
30 Days Subscription
- Computer Based Training, 84 Lessons – 65 hours
- Online manuals
- Workbooks
- Examinations with revision
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3 Months Subscription + additional set of eBooks
Subscribe for 90 days (3 months) and get an additional set of eBooks (
5 titles and Air Exercises), books are in PDF format valued at
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Principles of Flight (Aeroplane) ▼
» Introduction to Aerodynamics
» Aerofoils
» Aerodynamic Forces
» Stalling
» Lift Augmentation
» Flight Controls
» Aircraft Stability
» The Spin
» Aircraft Performance
» Turning
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Air Law & Operational Procedures ▼
» Organisations
» Aerodromes – General
» Aerodrome Markings
» Aerodrome Lighting
» Aerodrome Signs and Markers
» Obstacles, Restricted Use Areas and Services
» SA CARs and CATS
» Operational Procedures
» General
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Engine & Airframe (Aeroplane) ▼
» Piston Engines
» Aircraft Electrical System
» Aircraft Cooling System
» Aircraft Vacuum System
» Aircraft Lubrication System
» Carburettors and Fuel Injectors
» Aircraft Fuel System
» Propellers
» Landing Gear
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Air Traffic Control ▼
» Services
» Communications
» Aerodrome Procedures
» Emergencies
» ATC Administration
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Engine & Airframe (Instruments) ▼
» Directional Gyro Indicator
» Artificial Horizon
» Turn and Slip Indicator
» Pitot-Static System
» Airspeed Indicator
» Altimeter
» Vertical Speed Indicator
» Direct Reading Magnetic Compass
» Engine Instruments
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Flight Planning and Aircraft Performance ▼
» Introduction to Flight and Performance Planning
» Weight and Balance
» Weight and Balance Computations
» Factors affecting Aircraft Performance
» Aircraft Performance
» Aircraft Performance Charts
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Meteorology ▼
» The Atmosphere
» Atmospheric Pressure
» Temperature
» Density
» Humidity
» Stability, Lapse Rate, Adiabatic Process
» Wind
» Air Masses
» Clouds
» Fog and Mist
» Visibility
» Precipitation
» Fronts
» Thunderstorms
» Turbulence
» Ice Accretion
» Pressure Systems
» Climatology
» Synoptics and Synoptic Charts
» Reports
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Radio Navigation ▼
» Basic Radio Theory
» NDB/ADF
» VOR/DME
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Navigation ▼
» The Earth
» Map Projections
» The Lambert’s Projection
» Measurements
» Time
» Plotting
» The Navigation Computer
» Flight Planning
» Publications
» Weight and Balance
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Human Performance ▼
» Basic Aviation Physiology
» The Human Body in Aviation 1
» The Human Body in Aviation 2
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Principles of Flight (Helicopter) ▼
» Introduction to Helicopter Flight Theory
» Definitions
» Helicopter Control
» Helicopter Flight – Hovering
» Helicopter Flight – Forward Flight
» Power Required
» Autorotation
» Hazardous Conditions and Recovery Actions
» Helicopter Stability
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