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Flight Instructors Training Procedures _revised AIC_x

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2. EFFECT OF WIND<br />

i. Headwind.<br />

ii. Tailwind.<br />

iii. Crosswind.<br />

iv. Wind shear.<br />

v. Turbulence.<br />

vi. Mountain waves.<br />

3. SLOW SAFE CRUISING CONFIGURATION<br />

i. Airframe and engine limitations.<br />

ii. Optimum speeds.<br />

4. WEATHER CONSIDERATIONS<br />

i. Precipitation.<br />

ii. Icing.<br />

iii. Visibility.<br />

5. LOW FLYING MAP READING TECHNIQUE<br />

3. DESCRIPTION OF AIR EXERCISE<br />

a. APPLICABLE PROCEDURES AND CHECKLISTS<br />

b. AIRCRAFT HANDLING TECHNIQUES:-<br />

DEMONSTRATION OBSERVATION<br />

1. ACTIONS PRIOR TO DECENDING<br />

)*<br />

i. Look out.<br />

ii. Complete the following checks:<br />

Fuel – contents, select fullest tank and<br />

not endurance.<br />

Engine – power setting requirements,<br />

temperatures and pressures.<br />

Instruments – Align D.I. with compass, QNH<br />

set on altimeter.<br />

Radio – Call to ATC (if applicable) and<br />

nav aids set.<br />

Security – Harness tight loose articles<br />

stowed.<br />

2. DESCENDING TO MINIMUM SAFE ALTITUDE i. With reference to power settings and IAS,<br />

show student apparent increase in ground<br />

speed due to rapid movement of ground<br />

features past the aircraft.<br />

3.<br />

i.<br />

EFFECT OF SPEED AND INERTIA<br />

This is ideally demonstrated in no-wind<br />

conditions. Demonstrate at as high a speed as<br />

possible, consistent with safety.<br />

From straight and level flight.<br />

i. Lookout.<br />

ii. Establish required low flying configuration –<br />

engine and airframe.<br />

iii. Select safe low flying altitude.<br />

iv. Select prominent ground feature directly ahead<br />

of the aircraft, which the aircraft will be able to<br />

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