Flight Instructors Training Procedures _revised AIC_x
Flight Instructors Training Procedures _revised AIC_x
Flight Instructors Training Procedures _revised AIC_x
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vi.<br />
v.<br />
vi.<br />
vii.<br />
viii.<br />
RATE 1 TURN<br />
MEDIUM TURN<br />
THE PRIMARY PERFORMANCE<br />
INSTRUMENTS ARE THE D/I AND<br />
ALTIMETER.<br />
STEEP TURN<br />
THE PRIMARY PERFORMANCE<br />
INSTRUMENTS ARE THE ASI, D.I.<br />
AND ALTIMETER.<br />
CLIMBING<br />
THE PRIMARY PERFORMANCE<br />
INSTRUMENTS ARE THE VSI AND<br />
ASI.<br />
DESCENDING<br />
THE PRIMARY PERFORMANCE<br />
INSTRUMENTS ARE THE VSI AND<br />
ASI.<br />
),<br />
constant. Extend flap in stages. Note the<br />
new attitude and speed for each stage of<br />
flap assuming the power was left constant.<br />
ii. Point out the need to trim and CCHAT.<br />
Point out that more power will be required if<br />
the speed is to be kept constant (increase in<br />
drag).<br />
iii. Have the student retract the flaps in stages<br />
at a constant altitude.<br />
i. Have the student do a 10° banked turn<br />
through 360° at a constant altitude. Follow<br />
this with a rate 1 turn. Note the different<br />
bank angles, rates of turn and different pitch<br />
attitudes required. Point out the slight<br />
change in speed when the power is left<br />
constant.<br />
i. Before the turn ask the student<br />
approximately what pitch attitude will be<br />
required and what will happen to the speed<br />
if the power is left constant.<br />
ii. Have the student do a 360° turn at 30°<br />
bank. Point out the need to start the roll out<br />
much earlier because of the higher rate of<br />
turn. This will be about ½ the angle of bank<br />
in degrees before reaching the desired<br />
heading.<br />
i. With 45° angle of bank required, a much<br />
higher pitch attitude and a larger increase in<br />
power is required to keep the speed<br />
constant. Commence the roll out even<br />
earlier than for a medium turn.<br />
i. Have the student climb at different speeds.<br />
Point out the different attitudes and rates of<br />
climb with normal power set.<br />
ii. Have the student climb at different speeds.<br />
Point out the different attitudes and rates of<br />
climb with normal climb power set.<br />
i. Have the student descend at different<br />
speeds. Point out the different attitudes and<br />
rates of descent for the same power.<br />
ii. Have the student descend at 500 fpm. Note<br />
the attitude and speed<br />
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