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Advance Flight Training
- Advisory Circulars
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Helicopter Flight Training
- Introduction to the Helicopter
- Helicopter Aerodynamics
- Helicopter Flight Controls
- Helicopter Components, Sections, and Systems
- Rotorcraft Flight Manual
- Helicopter Weight and Balance
- Helicopter Performance
- Helicopter Ground Procedures and Flight Preparations
- Helicopter Basic Flight Maneuvers
- Helicopter Advanced Flight Maneuvers
- Helicopter Emergencies and Hazards
- Helicopter Night Operations
- Helicopter Effective Aeronautical Decision-Making
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Instrument Flight Rules
- The National Airspace System
- The Air Traffic Control System
- Human Factors
- Aerodynamic Factors
- Flight Instruments
- Attitude Instrument Flying – Analog Instrumentation
- Attitude Instrument Flying – Electronic Flight Display
- Basic Flight Maneuvers – Analog Instrumentation
- Basic Flight Maneuvers – Electronic Flight Display
- Helicopter Attitude Instrument Flying
- Navigation Systems
- IFR Flight
- Emergency Operations
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Weight-Shift Control Aircraft Flight
- Introduction to Weight-Shift Control
- WSC Aerodynamics
- WSC Components and Systems
- WSC Powerplants
- WSC Preflight and Ground Operations
- WSC Flight Maneuvers
- WSC Take-off and Departure Climbs
- The National Airspace System
- WSC Ground Reference Maneuvers
- WSC Airport Traffic Patterns
- WSC Approaches and Landings
- WSC Night Operations
- WSC Abnormal and Emergency Procedures
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Glider Flying
- Gliders and Sailplanes
- Glider Components and Systems
- Aerodynamics of Flight – Gliders
- Glider Flight Instruments
- Glider Performance
- Glider Preflight and Ground Operations
- Glider Launch and Recovery Procedures and Flight Maneuvers
- Abnormal and Emergency Procedures
- Soaring Weather
- Soaring Techniques
- Cross-Country Soaring
- Glider Towing
- Human Factors – Gliders
- Soaring Safety Foundation (SSF): Safety Advisory 00-1, Glider Critical Assembly Procedures
- Aviation Instructor Training
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Risk Management
- Defining Elements of Risk Management (Part One)
- Defining Elements of Risk Management (Part Two)
- Managing Risks
- Human Behavior
- Identifying Hazards and Mitigating Risk (Part One)
- Identifying Hazards and Mitigating Risk (Part Two)
- Identifying Hazards and Mitigating Risk (Part Three)
- Assessing Risk
- Aeronautical Decision-Making: A Basic Staple
- Analytical and Automatic Decision Making
- Operational Pitfalls (Part One)
- Operational Pitfalls (Part Two)
- 3P Model
- Single-Pilot Resource Management – Recognition of Hazards
- Single-Pilot Resource Management – Use of Resources
- Single-Pilot Resource Management and the 5P Check (Part One)
- Single-Pilot Resource Management and the 5P Check (Part Two)
- Automation – Cockpit Automation Study
- Automation – Realities of Automation
- Automation – Enhanced Situational Awareness
- Automation – Autopilot Systems
- Automation – Flight Management Skills
- Risk Management Training (Part One)
- Risk Management Training (Part Two)
- Advanced Avionics
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Aircraft Weight and Balance
- Weight and Balance Control
- Weight and Balance Theory
- Weighing the Aircraft and Determining the Empty Weight Center of Gravity
- Aircraft Weight and Balance Computations
- Center of Gravity Change After a Repair or Alteration
- Weight and Balance Control— Helicopters, Commuter Category, and Large Aircraft
- Use of Computer for Weight and Balance Computations
- Flight Navigation
- Instrument Procedures