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Flight Instructors Training Procedures _revised AIC_x

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iv.<br />

v.<br />

Landing.<br />

Missed Approach Asymmetric Power.<br />

c. CONSIDERATIONS OF AIRMANSHIP AND ENGINE HANDLING<br />

AIRMANSHIP<br />

* +<br />

speed accordingly.<br />

Final flap selection (as applicable).<br />

i. The normal landing procedure will apply, but a<br />

yaw towards the operating engine must be<br />

anticipated when the throttle is closed during<br />

a landing with the failed engine feathered.<br />

This is due to the drag from the operating<br />

engine when in the idling condition.<br />

Note: When practising with “zero thrust” set, it<br />

will be necessary to close both throttles<br />

together just prior touch down.<br />

i. From the approach to land (at or above<br />

Asymmetric Committal Height), commence<br />

the overshoot procedure:<br />

a. Go-around procedure.<br />

i. Go-around power/thrust on live<br />

engine.<br />

ii. Rotate to go-around attitude for<br />

Vyse.<br />

iii. Flaps to optimum.<br />

b. Missed approach procedure.<br />

i. Position on dead side of the<br />

runway centreline, keeping other<br />

traffic in sight and/or,<br />

ii. comply with ATC instructions or,<br />

iii. Follow the published procedure.<br />

At a safe height commence repositioning the<br />

aeroplane in the traffic pattern.<br />

i. Lookout – clear of other aircraft and cloud.<br />

ii. Minimum safety heights for actual engine shutdowns and asymmetric overshoots.<br />

iii. ATC liaison when carrying out asymmetric circuits and landings and other<br />

emergencies.<br />

iv. An inspection turn of at least 180° is required prior to conducting a critical speed<br />

demonstration.<br />

ENGINE CONSIDERATIONS<br />

i. As per aeroplane flight manual.<br />

ii. Constantly monitor temperatures and pressures during single engine operations.<br />

iii. Engine overboosts/over-reving during engine failure identification.<br />

iv. Shock cooling during simulated engine failure.<br />

v. Warm up of an engine after unfeathering.<br />

d. SIMILARITY TO PREVIOUS EXERCISES<br />

i. Straight and level.<br />

ii. Effects of controls.<br />

iii. Medium and steep turns.<br />

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