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Principles Of Helicopter Flight (Helicopter Component (Main Rotor, Tail…
Principles Of Helicopter Flight
Helicopter Component
Main Rotor
Tail Rotor
Transmission
Power Plant
Swash plate assembly
Gear Boxes
Driven train and Tail cone
Clutch
Flight Controls
Cyclic
[Collective]
Throttle
Pedals
Electrical System
Battery
Alternator
Circuit Breakers
Magnetos
Aircraft Lights
Navigation/Position lights
Anti-collision lights
Landing lights
Fuel and Fuel System
Propper fuel
Fuel system operation
Fuel contamination
Preventive measures
Elimination measures
Refueling procedures
Oil and Oil System
Type and quantity
Oil system operation
Instruments (Function,Markings&Limitations)
Engine
Dual Tachometer
Manifold pressure
Flight
Pitot-static system
Pitot-static source
Alternate Pitot-Static source
Airspeed indicator
Pressure Altimeter
Vertical speed indicator
Magnetic Compass
Flight
Hovering Flight
Lift and Thrust Resultant
Weight and Drag
Axis of Rotation
Conning
Lift
Centrifugal Force
Blade Flapping
Blade Feathering
Coriolis Effect
Translating Tendency or Drift
Direction of Airflow
Ground Effect
IN Ground Effect
Out of Ground Effect
Gyroscopic Precession
Forward,Sideward,Rearward Hovering
LIft and Thrust Resultant
Weight and Drag
Pendular Action
Forward Flight
Lift and Thrust Resultant
Weight and Drag
Translational Lift
Dissymmetry of Lift
Transverse Flow Effect
Retreating Blade Stall
Causes
Correction
The Turn
Lift Components in a turn
Vertical Component
Horizontal Component
Total Lift Resultant
Weight and Centrifugal Force in a turn
Angle of Bank vs. Angle of Attack
Angle of Bank vs. Rate of Turn
Load and Load Factor
How condition of flight affect Loads
Straight and Level Flight
Turns
Flares
Load Factor
Definition
Effect of Angle of Bank
Effect of Turbulence and High Gross Weight
Effect of Density Altitude and Pilot Technique
Autorotative Descents
1 Definition
2 Free Wheeling Unt
3 Direction of Airflow
4 Rotor RPM
1 In Turns
2 Effect of Flares
3 Effect of Updrafts and Downdraft
5 Airspeed
1 Manufacturer's Minimum Autorotational Airspeed
2 Minimum Glide Distance Airspeed
3 Minimum Rate of Descent Airspeed
6 Hovering Autorotations
1 Torque Effect
2 Translating Tendency or Drift
7 Other Operating Hazards
1 Ground Resonance
2 Setting with Power
3 Dynamic Rollover
4 Energy Management
5 Mast Bumping
6 Low Rotor RPM(blade stall)
7 Low-G Hazards
8 Low RPM Decay