Private Pilot License (PPL) Course

Lesson 1 • Airport Operations and Markings

Explains runway markings, taxiway signs, lighting systems, and traffic pattern procedures. Builds situational awareness essential for safe ground and pattern operations.

Lesson 2 • Pilot Certification and Regulatory Overview

Covers the certification pathway, medical requirements, and privileges of a private pilot licence. Anchors all subsequent training in the regulatory context.

Lesson 3 • Airspace Classification and Structure

Defines controlled and uncontrolled airspace classes, entry requirements, and associated equipment needs. Provides the spatial framework for all flight planning.

Lesson 1 • Airfoil Design and Angle of Attack

Analyses airfoil geometry, camber, and how angle of attack affects lift and stall. Connects airfoil theory to practical control inputs.

Lesson 2 • Stability and Aircraft Control

Covers longitudinal, lateral, and directional stability and the control surfaces that manage each axis. Students understand how design choices affect handling qualities.

Lesson 3 • Weight, Balance, and Loading

Explains centre-of-gravity limits, moment calculations, and loading envelope interpretation. Students compute weight and balance for every planned flight.

Lesson 4 • Performance Charts and Density Altitude

Teaches use of POH performance charts for takeoff, climb, cruise, and landing distances. Density altitude calculations are applied to real departure and destination scenarios.

Lesson 1 • Flight Instruments and Pitot-Static System

Explains the pitot-static system and the instruments it drives: airspeed indicator, altimeter, and VSI. Gyroscopic instruments and their error sources are also addressed.

Lesson 2 • Electrical and Vacuum Systems

Describes the aircraft electrical bus, alternator, battery, and vacuum pump functions. Students learn to identify and manage system failures in flight.

Lesson 3 • Reciprocating Engine Operation

Explains the four-stroke cycle, carburetion, fuel injection, and ignition systems used in training aircraft. Builds the foundation for engine management and troubleshooting.

Lesson 4 • Fuel Systems and Fuel Management

Covers fuel types, tank configurations, fuel selector operation, and contamination checks. Proper fuel management prevents the leading cause of engine failure.

Lesson 1 • Clouds, Precipitation, and Visibility

Identifies cloud families, formation processes, and associated flight hazards. Links cloud types to instrument meteorological conditions and VFR minimums.

Lesson 2 • Go/No-Go Weather Decision Process

Applies weather knowledge to structured preflight and in-flight decision frameworks. Emphasises personal minimums and the discipline to cancel or divert.

Lesson 3 • Atmosphere and Weather Fundamentals

Covers atmospheric layers, temperature lapse rates, pressure systems, and moisture. Establishes the physical basis for all weather phenomena pilots encounter.

Lesson 4 • Weather Products and Briefings

Teaches interpretation of METARs, TAFs, PIREPs, SIGMETs, AIRMETs, and graphical forecasts. Students construct a complete weather picture from multiple official sources.

Lesson 1 • Straight-and-Level Flight and Turns

Teaches pitch and bank control to maintain altitude, heading, and airspeed simultaneously. Introduces coordinated turns at various bank angles up to 45 degrees.

Lesson 2 • Steep Turns and Ground Reference Manoeuvres

Introduces 45-degree steep turns and ground reference manoeuvres requiring wind correction. Develops precise attitude control and spatial awareness near the ground.

Lesson 3 • Slow Flight and Stall Recognition

Develops feel for the aircraft at minimum controllable airspeed and through stall entry and recovery. Builds the instinctive responses that prevent inadvertent stalls.

Lesson 4 • Climbs, Descents, and Airspeed Control

Covers best-rate and best-angle climb profiles, cruise descents, and power management. Students transition smoothly between flight phases while maintaining coordination.

Lesson 1 • Traffic Pattern Procedures

Defines standard traffic pattern legs, altitudes, and radio calls at towered and non-towered airports. Students integrate pattern flying with ATC communication skills.

Lesson 2 • Short-Field and Soft-Field Operations

Covers obstacle-clearance takeoffs, maximum-performance approaches, and soft-surface techniques. Prepares students for operations at airports with limited runway or surface conditions.

Lesson 3 • Normal and Crosswind Landings

Teaches the stabilised approach concept, flare technique, and touchdown in normal and crosswind conditions. Consistent landings are developed through repetitive pattern work.

Lesson 4 • Normal Takeoff and Climb-Out

Establishes proper takeoff roll technique, rotation speed, and initial climb profile. Correct crosswind correction during the roll is introduced from the first lesson.

Lesson 1 • GPS and Electronic Navigation

Introduces GPS receiver operation, direct-to navigation, and flight plan entry in the cockpit. Emphasises GPS as a supplement to, not a replacement for, pilotage skills.

Lesson 2 • VOR Navigation Fundamentals

Explains VOR station operation, CDI interpretation, and tracking to and from a VOR. Students practise intercepting and maintaining radials as a backup navigation method.

Lesson 3 • Flight Planning and Navigation Logs

Guides students through route selection, altitude choice, fuel planning, and completing a navigation log. The completed log becomes the primary reference during the cross-country flight.

Lesson 4 • Cross-Country Flight Execution

Integrates planning, navigation, weather monitoring, and ATC communication on a dual cross-country flight. Students then complete a solo cross-country to demonstrate independent proficiency.

Lesson 1 • Night Vision and Physiological Factors

Covers rod and cone function, dark adaptation, and visual illusions unique to night flight. Understanding physiology enables pilots to compensate for night-specific limitations.

Lesson 2 • Basic Attitude Instrument Flying

Introduces the attitude indicator as the primary reference for controlling the aircraft by instruments. Students maintain straight-and-level, turns, climbs, and descents using instruments only.

Lesson 3 • Night Equipment and Airport Lighting

Identifies required aircraft lighting, pilot equipment, and airport lighting systems used at night. Proper equipment knowledge ensures legal and safe night operations.

Lesson 4 • Night Takeoffs, Landings, and Navigation

Applies daytime takeoff and landing skills to the reduced visual cues of night operations. Night cross-country navigation using lights and GPS is practised.