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Flight Instructors Training Procedures _revised AIC_x

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1. AIM<br />

DEFINITION<br />

CROSSWIND TAKE-OFF AND LANDING<br />

The CROSSWIND TAKE-OFF is considered to start when the aircraft is accelerated under its own<br />

take-off power on the ground whilst using rudder, ailerons and brakes to counteract the effect of the<br />

crosswind until a slightly higher than normal lift-off speed is reached, hereupon the aircraft is<br />

positively rotated to leave the ground, and whilst the speed is increasing to the climb speed, the<br />

appropriate drift correction is applied.<br />

Upon reaching the recommended climb speed the aircraft is further rotated into the climb attitude<br />

during which time corrections are again made for the effect of drift to ensure the track is a<br />

continuation of the take-off path.<br />

THE CROSSWIND APPROACH may be considered to commence from after the turn onto the<br />

downwind leg to the touchdown point on the runway. On the approach, drift effect is counteracted by<br />

using the sideslip or crab method.<br />

THE CROSSWIND LANDING progressed through the same stages of development, namely the<br />

round-out, hold-off or float and the actual touchdown, as in the case of a normal landing, except that a<br />

combination of rudder and ailerons is used to counteract the effect of the crosswind during the<br />

landing process.<br />

WHAT THE INSTRUCTOR IS TO TEACH<br />

i. Discuss the aerodynamic principles involved,<br />

ii. The air exercise briefing:<br />

a. Applicable <strong>Procedures</strong> and Check lists.<br />

b. Aircraft handling techniques:- Demonstration and Observation.<br />

c. Considerations of Airmanship and engine handling.<br />

d. Similarity to various exercises.<br />

e. De-briefing after flight.<br />

WHY IT IS BEING TAUGHT<br />

To ensure that the student fully understands the techniques applicable to safely handle the aircraft in<br />

crosswind conditions.<br />

i. Use of rudder, ailerons and brakes.<br />

ii. Selection of correct flap setting (if applicable).<br />

iii. Allowing for crosswind effect while descending on base leg.<br />

iv. Effect of crosswind during ground run.<br />

v. Drift effect during climb out and approach.<br />

HOW THE EXERCISE APPLIES TO FLYING<br />

i. Taking off and landing in a crosswind.<br />

ii. Correcting for drift while maintaining a desired track.<br />

2. PRINCIPLES INVOLVED<br />

1. NEWTON’S LAWS<br />

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