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General| Brand | Piper Aircraft Corporation |
|---|---|
| Model | PA-28RT-201T TURBO ARROW IV |
| Category | Aircrafts |
| Language | English |
Overview of the handbook's purpose, scope, and intended audience.
Detailed specifications of the aircraft's engine.
Specifications for the aircraft's propellers.
Information on fuel capacity, grade, and types.
Details on oil capacity and specification.
Critical limits for aircraft takeoff, landing, and ramp weights.
Information on empty weight and useful load.
Dimensions of the baggage compartment.
Wing and power loading figures.
Introduction to operating limitations and markings.
Maximum allowable airspeeds for various flight conditions.
Color-coded markings on the airspeed indicator.
Engine and propeller operational limits.
Markings on engine instrument gauges.
Maximum allowable weights for the aircraft.
Allowable center of gravity ranges for safe flight.
Approved flight maneuvers, excluding aerobatics.
Maximum positive and negative load factors.
Approved flight operations (VFR, IFR, Icing).
Total and usable fuel capacities and limitations.
Maximum approved operating altitudes.
Aircraft noise level certification.
Required placards for safe operation.
Overview of emergency procedures and their purpose.
Abbreviated checklist for critical situations.
Procedures for engine fires during the start sequence.
Steps to take in case of power loss during takeoff.
Procedures for engine power loss while airborne.
Detailed steps for landing without engine power.
Procedures for handling fires occurring in flight.
Steps to take when oil pressure is lost.
Procedures for responding to fuel pressure loss.
Steps for engine-driven fuel pump failure.
Actions for high oil temperature indications.
Procedures for electrical system failures.
Steps to take for propeller overspeed conditions.
Procedure for manually extending landing gear.
Steps for recovering from an inadvertent spin.
Procedure for an open cabin door in flight.
Troubleshooting steps for engine roughness.
Procedure for an emergency aircraft descent.
Overview of normal operating procedures.
Significant airspeeds for safe flight.
Checklist for normal flight operations.
Detailed pre-flight inspection steps.
Procedures before engine start.
Engine start procedure for standard primer.
Engine start procedure for optional primer.
Procedure for starting a flooded engine.
Cold weather starting procedures.
Procedure using external power.
Engine warm-up procedures.
Procedures for taxiing the aircraft.
Final checks before takeoff.
Pre-takeoff procedures and considerations.
Procedures for normal, short, and soft field takeoffs.
Procedures for climb segments and cruise climb.
Procedures for maintaining cruise flight.
Procedures for approach and landing.
Procedures for shutting down the engine.
Procedures for parking the aircraft.
Description of stall characteristics and speeds.
Recommended procedures for turbulent air.
Description and operation of the landing gear system.
Procedures for ensuring the aircraft is within weight and balance limits.
Overview of performance data and its sources.
Explains data sources, chart usage, and planning methodology.
A detailed example of flight planning using performance charts.
Calculating aircraft weight and CG for flight planning.
Performance data for takeoff and landing.
Performance data for climb segments.
Performance data for descent.
Performance data for cruise flight.
Calculation of total flight duration.
Calculation of total fuel needed for the flight.
Importance of weight and balance for aircraft performance and safety.
Steps for weighing the aircraft to determine basic empty weight.
Information on recording and maintaining weight and balance data.
Method for calculating loaded weight and CG for flight.
Guidance on using the weight and balance plotter tool.
A practical example demonstrating weight and balance calculations.
General description of the aircraft's configuration.
Description of the aircraft's structural components.
Description of the engine and propeller systems.
Operation of throttle, propeller, and mixture controls.
Description and operation of the landing gear system.
Description and operation of flight control surfaces and trim.
Description of the fuel system components and operation.
Description of the aircraft's electrical system.
Description of the vacuum system for gyro instruments.
Description of the pitot-static system for flight instruments.
Description of instruments and controls on the panel.
Description of cabin seating and features.
Description of the baggage compartment.
Description of cabin climate control systems.
Description of the stall warning system.
Description of exterior paint.
Description of the optional air conditioning system.
Description of the optional external power starting system.
Description of the ELT system and operation.
Operation of a specific ELT model.
