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Flight Instructors Training Procedures _revised AIC_x

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iv. Climbing and descending turns.<br />

v. Use of various flap and power settings.<br />

vi. Circuits and landings.<br />

e. DE-BRIEFING AFTER FLIGHT<br />

1. Briefly recap on the exercise and emphasise the important aspects applicable to:<br />

i. Engine handling and shutdown procedures.<br />

ii. Weight and performance. Ensure the aeroplane is correctly loaded and not<br />

over its maximum take-off weight for the particular temperature and altitude.<br />

iii. Engine failure procedures prior to and after lift off.<br />

iv. Engine inoperative circuits and landings.<br />

v. Asymmetric committal height and single engine overshoots.<br />

2. Discuss the common faults students usually make:<br />

i. Most students are told how difficult it is to fly a multi-engine aeroplane and<br />

are told to under no circumstances must they fly below Vyse on approach.<br />

Therefore, they tend to come in too fast causing the aeroplane to land too far<br />

down the runway.<br />

ii. When carrying out the simulated engine failure procedure, the student tends<br />

to be too quick to identify the failed engine and sometimes identifies the<br />

incorrect engine or identifies the correct engine but due to haste tends to<br />

want to feather the other engine during “touch drills”.<br />

iii. During single engine operation on circuits and landings, the student tends to<br />

fly the aeroplane on the wrong side of the drag curve, thereby requiring<br />

additional power/thrust to maintain straight and level.<br />

iv. Some students forget to centralise the rudder trim on final approach during<br />

single engine landings, consequently, when they close the throttle, this<br />

causes the aeroplane to yaw in the opposite direction.<br />

v. During simulated engine failures just after take-off, some students are so<br />

busy trying to sort out this problem, that they omit to lookout and monitor<br />

terrain clearance.<br />

vi. After the engine identification, feathering and shutdown procedures, some<br />

students forget to secure the engine by switching off magnetos, fuel/oil<br />

cocks, closing the cowl flaps and considering fuel cross feed.<br />

3. Discuss the student’s actual faults:<br />

For each fault the instructor must indicate:<br />

i. The symptoms of the fault.<br />

ii. The cause of the fault.<br />

iii. The result the fault could have lead to.<br />

iv. The corrective action required.<br />

f. BRIEFLY DISCUSS THE REQUIREMENTS OF THE NEXT LESSON<br />

*<br />

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