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Flight Instructors Training Procedures _revised AIC_x

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10. REVIEW AND DISCUSS<br />

i. <strong>Procedures</strong> for setting heading.<br />

ii. <strong>Procedures</strong> for determining drift and drift correction methods.<br />

iii. Check point procedures.<br />

iv. Radio failure procedures.<br />

v. Dog leg procedure:<br />

a. To loose time.<br />

b. To avoid bad weather, high ground or restricted areas.<br />

vi. Procedure when lost.<br />

vii. Procedure at turning point.<br />

viii. Procedure at destination.<br />

11. NIGHT NAVIGATION<br />

i. Greater emphasis must be placed on a comprehensive flight plan as the opportunities<br />

for map reading are limited.<br />

ii. Under suitable conditions, prominent geographical features may be seen and the light<br />

patterns of large towns may be positively identified.<br />

iii. Radio aids assume greater importance at night because of the limitations of map<br />

reading, but they must be used with discretion due to night effect.<br />

3. DESCRIPTION OF AIR EXERCISE<br />

a. APPLICABLE PROCEDURES AND CHECKLISTS<br />

b. AIRCRAFT HANDLING TECHNIQUES<br />

DEMONSTRATION OBSERVATION<br />

1. SETTING HEADING<br />

PROCEDURE<br />

After take-off, climb and position the aircraft so<br />

as to arrive over the initial set heading point at<br />

the correct altitude (or flight level), airspeed,<br />

with cruising power set and the D.I. aligned with<br />

the desired magnetic compass heading.<br />

2.<br />

MAP READING<br />

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i. Time – log take-off time as well as initial<br />

set heading time.<br />

ii. Heading – check general direction and<br />

orientate track line on map with desired<br />

track.<br />

iii. ETA’s – calculate and log ETA’s up to first<br />

checkpoint as well as ETA for final<br />

destination on this leg.<br />

iv. Endurance- check fuel contents and log<br />

remaining endurance.<br />

v. Radio call.<br />

i. Orientation of map (i.e. along longitudinal<br />

axis of aircraft).<br />

ii. Read from map to ground and back to<br />

map.<br />

iii. Anticipate desired pin points by mental<br />

D.R. calculations.<br />

iv. Distance estimations affected by altitude<br />

(i.e. the distance between the aircraft’s<br />

position and a recognised ground feature<br />

as affected by altitude).<br />

v. The co-ordinated use of distance features<br />

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