FLIGHT INSTRUCTOR GUIDE Aeroplane - South African Civil ...
FLIGHT INSTRUCTOR GUIDE Aeroplane - South African Civil ...
FLIGHT INSTRUCTOR GUIDE Aeroplane - South African Civil ...
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EXERCISE 16<br />
Objective<br />
To teach:<br />
TAKE-OFF<br />
(1) How to get the aircraft safely airborne under various conditions of surface, wind and<br />
runway length.<br />
(2) The need to make meaningful decisions as to what type of take-off should be used under<br />
existing conditions.<br />
Motivation<br />
As required.<br />
Essential Background Knowledge<br />
(1) Using the Pilot Operating Handbook explain recommended techniques for a normal<br />
take-off.<br />
Additional take-off considerations for:<br />
(a) Cross-wind. Refer to chart on cross-wind limitations;<br />
(b) Minimum Ground Run. Refer to Pilot Operating Handbook;<br />
Examples:<br />
(i) short fields without obstacles;<br />
(ii) short fields with obstacles;<br />
(iii) soft fields;<br />
(iv) rough fields;<br />
(v) hard surfaces.<br />
(c) Wind shear.<br />
(2) Explain how density altitude may be computed.<br />
(3) Review take-off data tables in Pilot Operating Handbook. Show how to determine the<br />
effect of varying density altitude and aircraft weight on take-off performance.<br />
(4) Explain the use of the Koch Chart for take-off distance calculation. Discuss selection of<br />
decision point to continue or reject the take-off.<br />
(5) Explain the effects on take-off distance of:<br />
(a) Wind — use of head wind and cross-wind component graph;<br />
(b) Light shifting wind or tail wind;<br />
(c) Up grade or down grade;<br />
(d) Surface types, e.g., hard or soft, sand, clay, mud, grass, gravel, snow and ice;<br />
(e) Surface conditions, e.g., wet, dry, slush, snow and ice;<br />
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