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Lycoming 4-cylinder, 180 HP, direct drive, horizontally opposed, normally aspirated engine.
Conditions for ice formation, signs, and use of carburetor heat.
Acceptable oil range and ATP policy for adding oil.
Sensenich two-bladed, fixed pitch, metal propeller, diameter, max RPM.
Fixed tricycle gear, oleo struts, nose wheel steering mechanism.
Hydraulically actuated disc brakes, parking brake operation.
Manual flap system, settings, ATP flap requirements for landings.
Pitot/static system sources, alternate static source, drain valves.
Two 25-gallon tanks, engine-driven and electric fuel pumps, fuel selector control.
Monitoring fuel burn, balanced load, ATP policy on fuel selector changes.
28V DC system, 24V battery, 70A alternator, voltage regulator.
Indications of failure, troubleshooting steps, circuit breakers, overvoltage relay.
Garmin G500 electronic flight deck, PFD/MFD overview.
PFD, MFD, AHRS, ADC, Magnetometer, GPS components.
PFD knob functions, CDI needle color, slip/skid indicator.
Standby Attitude Indicator, operation, battery check, shutdown.
Simulated AHRS/PFD failures, instrument approaches available.
Indications and pilot actions for AHRS failure.
Indications and pilot actions for PFD failure.
Indication and pilot actions for electrical failure.
Indications and pilot actions for ADC failure.
Enroute, full panel, and partial panel configurations.
Stall detector operation and activation.
Procedures for operating with inoperative equipment per FAR 91.213.
Table of V-Speeds and their KIAS and descriptions.
Overview of performance charts available, to be covered by instructor.
Example calculation for determining aircraft weight and balance.
Key formulas for weight and balance calculations.
Graph showing CG limits for different weights.
Key points for briefing passengers before flight.
Procedures for engine failure before or after rotation.
Step-by-step procedure for a normal takeoff.
Procedure for takeoff requiring maximum performance.
Procedure for takeoff from soft or rough fields.
General guidelines for planning and executing landings.
Importance and content of approach briefings.
Standard calls made during approach phases.
Definition and conditions for a stabilized approach.
Definition of aiming point for landing.
Using pitch and power for glidepath and airspeed control.
Rationale and importance of go-arounds.
Controlling glidepath, speed, and power for touchdown.
Adjusting approach speed for gusty conditions.
ATP standardized flap settings for landing.
Components of pattern briefings and profile.
Step-by-step procedure for a normal visual approach.
Procedure for a short-field approach and landing.
Procedure for a soft-field approach and landing.
Procedure for a power-off 180° approach and landing.
Planning and techniques for crosswind landings.
Conditions and procedure for initiating a go-around.
Procedure for a rejected or balked landing.
Procedure for ILS precision approaches.
Procedure for GPS/non-precision approaches.
Procedure for circling approaches.
Procedures for holding patterns.
Steps for achieving clean configuration.
Steps for achieving landing configuration.
Procedure for performing steep turns.
Procedure for slow flight and stall recognition.
Procedure for demonstrating power-off stalls.
Procedure for demonstrating power-on stalls.
Procedure for an emergency descent.
Procedure for performing Chandelles maneuver.
Procedure for performing Lazy Eights maneuver.
Procedure for performing Eights on Pylons.
Procedure for performing steep spirals.
Procedure for demonstrating accelerated stalls.
Procedure for demonstrating power-on secondary stalls.
Procedure for demonstrating power-off secondary stalls.
Procedure for demonstrating elevator trim stalls.
Procedure for demonstrating cross-control stalls.
Procedures for lost communication in VFR/IFR.
Review of relevant Federal Aviation Regulations.
Questions covering V-speeds, engine, propeller, electrical systems.
Questions covering landing gear, brakes, flaps, weights, V-speeds.
Questions covering fuel, electrical failure, G500, AHRS failure.
Compares fuel system, capacity, and burn rates.
Compares V-speeds, weights, and takeoff/approach speeds.
Compares flaps, standby systems, and pitot heat.
Lycoming 4-cylinder, 180 HP, direct drive, horizontally opposed, normally aspirated engine.
Conditions for ice formation, signs, and use of carburetor heat.
Acceptable oil range and ATP policy for adding oil.
Sensenich two-bladed, fixed pitch, metal propeller, diameter, max RPM.
Fixed tricycle gear, oleo struts, nose wheel steering mechanism.
Hydraulically actuated disc brakes, parking brake operation.
Manual flap system, settings, ATP flap requirements for landings.
Pitot/static system sources, alternate static source, drain valves.
Two 25-gallon tanks, engine-driven and electric fuel pumps, fuel selector control.
Monitoring fuel burn, balanced load, ATP policy on fuel selector changes.
28V DC system, 24V battery, 70A alternator, voltage regulator.
Indications of failure, troubleshooting steps, circuit breakers, overvoltage relay.
Garmin G500 electronic flight deck, PFD/MFD overview.
PFD, MFD, AHRS, ADC, Magnetometer, GPS components.
PFD knob functions, CDI needle color, slip/skid indicator.
Standby Attitude Indicator, operation, battery check, shutdown.
Simulated AHRS/PFD failures, instrument approaches available.
Indications and pilot actions for AHRS failure.
Indications and pilot actions for PFD failure.
Indication and pilot actions for electrical failure.
Indications and pilot actions for ADC failure.
Enroute, full panel, and partial panel configurations.
Stall detector operation and activation.
Procedures for operating with inoperative equipment per FAR 91.213.
Table of V-Speeds and their KIAS and descriptions.
Overview of performance charts available, to be covered by instructor.
Example calculation for determining aircraft weight and balance.
Key formulas for weight and balance calculations.
Graph showing CG limits for different weights.
Key points for briefing passengers before flight.
Procedures for engine failure before or after rotation.
Step-by-step procedure for a normal takeoff.
Procedure for takeoff requiring maximum performance.
Procedure for takeoff from soft or rough fields.
General guidelines for planning and executing landings.
Importance and content of approach briefings.
Standard calls made during approach phases.
Definition and conditions for a stabilized approach.
Definition of aiming point for landing.
Using pitch and power for glidepath and airspeed control.
Rationale and importance of go-arounds.
Controlling glidepath, speed, and power for touchdown.
Adjusting approach speed for gusty conditions.
ATP standardized flap settings for landing.
Components of pattern briefings and profile.
Step-by-step procedure for a normal visual approach.
Procedure for a short-field approach and landing.
Procedure for a soft-field approach and landing.
Procedure for a power-off 180° approach and landing.
Planning and techniques for crosswind landings.
Conditions and procedure for initiating a go-around.
Procedure for a rejected or balked landing.
Procedure for ILS precision approaches.
Procedure for GPS/non-precision approaches.
Procedure for circling approaches.
Procedures for holding patterns.
Steps for achieving clean configuration.
Steps for achieving landing configuration.
Procedure for performing steep turns.
Procedure for slow flight and stall recognition.
Procedure for demonstrating power-off stalls.
Procedure for demonstrating power-on stalls.
Procedure for an emergency descent.
Procedure for performing Chandelles maneuver.
Procedure for performing Lazy Eights maneuver.
Procedure for performing Eights on Pylons.
Procedure for performing steep spirals.
Procedure for demonstrating accelerated stalls.
Procedure for demonstrating power-on secondary stalls.
Procedure for demonstrating power-off secondary stalls.
Procedure for demonstrating elevator trim stalls.
Procedure for demonstrating cross-control stalls.
Procedures for lost communication in VFR/IFR.
Review of relevant Federal Aviation Regulations.
Questions covering V-speeds, engine, propeller, electrical systems.
Questions covering landing gear, brakes, flaps, weights, V-speeds.
Questions covering fuel, electrical failure, G500, AHRS failure.
Compares fuel system, capacity, and burn rates.
Compares V-speeds, weights, and takeoff/approach speeds.
Compares flaps, standby systems, and pitot heat.
General| Brand | ATP Electronics |
|---|---|
| Model | Piper Archer |
| Category | Aircrafts |
| Language | English |
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