IFR » IFR Flight Navigation » Fuel Planning
Calculate total fuel load required including provision for diversion, reserve and contingency fuel.
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- Survival
- Air Law (A) & (H)
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- Airworthiness of Aircraft and D
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- Instruments and Avionics
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- General Operating Requirements
- General Operating Restrictions
- General Meteorological Requirem
- Carriage of Dangerous Goods
- Fuel Requirements
- Flight Plans
- Air Traffic Services - Communic
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- Time
- Twilight
- Chart Properties and Principles
- Chart Reading
- Computations
- Wind Components
- Triangle of Velocities
- In-flight Revisions
- Flight Planning
- Plan Preparation
- Fuel Planning
- Flight Navigation Procedures
- Special Procedures
- Supplementary Nav
- Air Law
- VFR Met Minima
- Minimum Heights
- Classes of Airspace
- Transponders
- Aircraft Speed
- Restricted and Danger Areas
- Military Operating Areas
- Other Hazardous Airspace
- Controlled Airspace
- Aerodrome Flight Info Service
- VFR Transit Lanes
- Microlight Aircraft
- Operating Near Other Aircraft
- NOTAM's
- Pilot Certificate Classes
- Pilot Certificates
- Pilot Requirements
- Accidents
- Requirements for an ELT
- Equipment Inspection Periods
- Magnetic Track Altitude Table
- Visual Signals
- General Flight Rules
- Aerodrome Operational Data
- Right of Way Rules
- Airmanship
- Flight Planning
- RAANZ Question Pool
- Aeronautical Charts
- Rules
- Gyroplane Technical Knowledge
- PPL
- Flight Radio
- Human Factors
- Airmanship and Responsibility
- Models and Programmes
- The Atmosphere
- Circulation and Respiratory
- Hypoxia
- Hyperventilation
- Entrapped Gasses
- Decompression Sickness
- Vision and Visual Perception
- Hearing and Balance
- Spatial Orientation
- Gravitational Forces
- Motion Sickness
- Flight Anxiety
- Fitness to Fly
- Alcohol and Drugs
- Blood Donation
- Environmental Hazards
- Stress Management
- Sleep and Fatigue
- Ageing
- Information Processing
- Situational Awareness
- Judgement and Decision Making
- Psychology and Flight Deck
- Threat and Error Management
- Culture
- Instrumentation,Displays,Alerts
- Documents and Procedures
- First Aid
- Survival
- Air Crash Investigation
- Air Law (A) & (H)
- Aviation Legislation
- Definitions
- Abbreviations
- Requirements for Licences and R
- Eligibility, Privileges and Lim
- Competency, Currency and Recenc
- Medical Requirements
- Airworthiness of Aircraft and D
- Aircraft Maintenance
- Instruments and Avionics
- Equipment
- General Operating Requirements
- General Operating Restrictions
- General Meteorological Requirem
- Carriage of Dangerous Goods
- Flight Preparation
- Fuel Requirements
- Flight Plans
- Air Traffic Services - Communic
- Clearances
- Separation
- Radar Services
- Altimetry
- Cruising Levels
- Transponders
- Airspace
- Aerodromes and Heliports
- Aerodromes Lighting
- Emergencies; Responsibilities o
- Emergencies - Communications an
- Meteorology
- Decode Domestic Meteorological
- Weather Maps
- The Atmosphere
- Temperature and Heat Exchange P
- Atmospheric Pressure and Densit
- Wind
- Local Winds
- Water Vapour
- Atmospheric Stability
- Inversions
- Clouds
- Precipitation
- Visibility and Fog
- Aircraft Icing
- Thunderstorms
- Mountain Weather
- Air-masses and Fronts
- Turbulence
- New Zealand Weather
- Assess satellite and radar Imag
- Interpret Domestic Meteorologic
- Combined
- Aircraft Tech Knowledge (A)
- Definitions, Terminology, Units
- The Atmosphere
- Basic Aerodynamic Theory
- Engines – General Piston Engine
- Carburation
- Fuel Injection
- Fuel
- Exhaust System
- Ignition Systems – Magneto Igni
- Ignition systems – Solid State
- Engine Management - Piston
- Electrical System - DC
- Fuel System Components
- Fuel Tanks
- Lubrication Systems - Engines
- Engine Instruments
- Pressure Instruments
- Magnetic Instruments
- Gyroscopic Instruments
- GNSS Instruments
- TCAS
- TAWS Systems
- EFIS Instrument Displays
- ELT Systems
- Cooling Systems
- Landing Gear - Fixed
- Aeroplane Aerodynamic Theory
- Basic Flying Controls
- Straight and Level Flight
- Climbing Flight
- Descending Flight
- Turning Flight
- Stalling and Spinning
- Airframe Structure
- Propellers
- Control Systems
- Performance Factors
- Take-off Performance
- Landing Performance
- Weight and Balance - Definition
- Weight and Loading
- Centre of Gravity (C of G)
- Aircraft Tech Knowledge (H)
- Definitions, Terminology, Units
- The Atmosphere
- Basic Aerodynamic Theory
- Engines – General Piston Engine
- Carburation
- Fuel Injection
- Fuel
- Exhaust System
- Ignition Systems – Magneto Igni
- Ignition Systems – Solid State
- Engine Management - Piston
- Electrical System - DC
- Fuel System Components
- Fuel Tanks
- Lubrication Systems - Engines
- Engine Instruments
- Pressure Instruments
- Magnetic Instruments
- Gyroscopic Instruments
- GNSS Instruments
- TCAS
- TAWS Systems
- EFIS Instrument Displays
- ELT Systems
- Cooling Systems
- Landing Gear - Fixed
- Helicopter Aerodynamic Theory
- Hovering
- Forward Flight
- Climbing Flight
- Descending Flight
- Turning Flight
- Autorotation
- Transmission Systems
- Main Rotor Systems
- Tail Rotor Systems
- Helicopter Controls
- Rotor Discs - Terminology
- Forces Acting on a Helicopter R
- Anti-torque Tail Rotor
- Hazardous Flight Conditions
- Performance Factors
- Take-off Performance
- Landing Performance
- Weight and Balance - Definition
- Weight and Loading
- Centre of Gravity (C of G)
- Navigation
- Form of the Earth
- Direction on the Earth
- Distance on the Earth
- Speed and Velocity
- Position Referencing
- Altimetry
- Principles and Terminology
- Time
- Twilight
- Aeronautical Charts - Propertie
- Chart Reading
- Circular Slide Rule - Computati
- Wind Components
- Triangle of Velocities
- The 1 in 60 rule
- Deduced Reckoning - In-flight R
- Route Selection
- Chart Preparation
- Plan Preparation
- Fuel Planning
- VFR Flight Navigation
- Special Procedures
- Flight Management
- Fuel Management
- GNSS Global Navigation Satellit
- Radar Procedures
- CPL
- Human Factors
- Airmanship, Professionalism and
- Human Factors Models and Progra
- The Atmosphere
- Circulation and Respiratory Sys
- Hypoxia
- Hyperventilation
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