Helicopter Course

Lesson 1 • Powerplant and Fuel Systems

Explains piston and turbine engine operation specific to helicopters. Grounds students in engine monitoring essential for safe flight.

Lesson 2 • Helicopter Airframe and Systems

Identifies major structural components and their functions. Provides the vocabulary needed for all subsequent maintenance and flight discussions.

Lesson 3 • Flight Controls and Their Functions

Describes collective, cyclic, and anti-torque pedals and their aerodynamic effects. Prepares students for hands-on control inputs in later chapters.

Lesson 4 • Aviation Regulations and Airspace

Introduces regulatory frameworks governing helicopter operations and airspace classification. Ensures compliance awareness before any flight training begins.

Lesson 1 • Hazard Identification and Mitigation

Identifies common pre-flight hazards including FOD, fuel contamination, and weather. Trains students to apply a risk-mitigation mindset from day one.

Lesson 2 • Exterior Pre-Flight Inspection

Teaches a structured walk-around inspection sequence for all external components. Directly reduces mechanical risk before engine start.

Lesson 3 • Airworthiness and Documentation

Reviews required aircraft documents and airworthiness certificates. Establishes the legal and safety baseline before every flight.

Lesson 1 • Takeoff and Departure Techniques

Covers normal and crosswind takeoff profiles from ground level to cruise altitude. Builds confidence in transitioning from hover to forward flight.

Lesson 2 • Straight and Level Flight

Establishes control inputs for maintaining altitude, heading, and airspeed in cruise. Connects aerodynamic theory to practical cockpit management.

Lesson 3 • Turns and Altitude Changes

Teaches coordinated turns, climbs, and descents using proper control technique. Prepares students for traffic pattern and navigation exercises.

Lesson 4 • Normal Approach and Landing

Develops a stabilised approach profile terminating in a smooth touchdown. Establishes the landing standard required for solo flight authorisation.

Lesson 1 • Wind and Turbulence Effects

Analyses surface and upper-level winds, gusts, and mechanical turbulence. Directly links wind behaviour to helicopter handling and performance.

Lesson 2 • Atmosphere and Weather Basics

Explains atmospheric structure, pressure, temperature, and humidity relationships. Provides the physical science base for all weather interpretation skills.

Lesson 3 • Clouds, Fog, and Visibility

Classifies cloud types and fog formation relevant to Visual Flight Rules. Trains students to assess visibility conditions against regulatory minimums.

Lesson 4 • Hazardous Weather Phenomena

Identifies thunderstorms, icing, and mountain wave as critical flight hazards. Builds go/no-go decision skills for adverse weather encounters.

Lesson 1 • Aeronautical Charts and Map Reading

Interprets sectional and terminal area charts for rotary-wing operations. Provides the spatial awareness foundation for all navigation tasks.

Lesson 2 • Flight Plan Preparation

Constructs a complete flight plan including fuel, alternates, and weather analysis. Ensures students meet regulatory filing requirements before departure.

Lesson 3 • Dead Reckoning and Pilotage

Applies time, speed, and distance calculations to estimate position without electronics. Builds backup navigation skills critical for equipment failure scenarios.

Lesson 4 • GPS and Electronic Navigation

Operates GPS receivers and moving-map displays for situational awareness. Integrates electronic tools with traditional methods for redundancy.

Lesson 1 • Autorotation Theory and Entry

Explains rotor RPM conservation during power loss and correct entry technique. Provides the aerodynamic understanding that supports safe autorotation practice.

Lesson 2 • Emergency Recognition and Priorities

Establishes the aviate-navigate-communicate priority framework for emergencies. Trains rapid recognition of abnormal indications before they become critical.

Lesson 3 • Engine and System Failures

Covers engine failure, tail rotor failure, and hydraulic system loss procedures. Ensures students can execute memory-item checklists under stress.

Lesson 4 • Forced Landing Site Selection

Trains rapid identification of suitable off-airport landing areas during emergencies. Integrates terrain analysis with autorotation glide range calculations.

Lesson 1 • Night and Low-Visibility Flight

Adapts visual scanning, lighting, and approach techniques for reduced-visibility conditions. Extends operational capability to night VFR and marginal weather environments.

Lesson 2 • Pinnacle and Ridgeline Operations

Addresses unique aerodynamic and obstacle challenges of elevated landing sites. Prepares students for mountain and elevated terrain missions.

Lesson 3 • Confined Area Operations

Applies reconnaissance, approach, and departure techniques for restricted landing zones. Builds the judgment needed for off-airport and remote site operations.

Lesson 4 • Slope Landing and Takeoff

Teaches upslope and downslope landing techniques to prevent dynamic rollover. Directly applicable to mountain rescue and utility operations.

Lesson 1 • IFR Departure and En Route

Interprets departure procedures, airways, and en route charts for IFR navigation. Connects chart reading skills to ATC clearance compliance.

Lesson 2 • Instrument Scan and Interpretation

Establishes a systematic cross-check of primary and supporting flight instruments. Forms the perceptual foundation for all instrument flight tasks.

Lesson 3 • Holding Patterns and Approaches

Executes holding pattern entries and published instrument approach procedures. Develops the precision and timing required for low-visibility arrivals.

Lesson 4 • Basic Instrument Maneuvers

Practices climbs, descents, turns, and level flight using instruments only. Builds the control precision required for IFR departure and en route phases.