AIM:
To develop the student’s
ability to recover from poor approaches and landings.
OBJECITVE:
Review power off
stalls, minimum control speed manouvering and advanced emergency landings.
Then to further develop the ability and skills of the student at performing
circuits.
CONTENT:
1 - Pre Flight Briefing
2 - Review as follows:
(a) Normal
and cross wind take offs and landings (touch and go’s and full stops).
(b)
Power off stalls (imminent and full) - while maintaining visual and instrument
reference.
(c) Manouvering
at minimum control airspeed - while maintaining visual and
instrument reference.
(d) Advanced
emergency landings
(e) Go arounds
(f) Recovery
from poor approaches and landings
3 - Post flight
briefing
METHOD:
Instructor will
conduct the preflight briefing, which will review the previous flight.
The instructor will revise power off stalls and recoveries,baulked take
offs and landings (go arounds), forward and side slip, glide approaches
and Advanced emergency landings. The student performs a “walk around”and
“pre flight inspection” of the aircraft. The student performs the
start up procedures and radio calls, followed by take off and standard
departure procedures. Once in the training area, the instructor will then
review the student’s performance at imminent and full power off stalls,
minimum control airspeed manouvering, before returning to the circuit.
Back at the circuit, the instructor will review the students performance
at normal and cross wind circuits, glide approaches, advanced emergency
landing procedures and baulked take offs and landings (go arounds).
At the end of the lesson, the student will land, finishing with parking
and shut down procedures. The flight will be completed with a post
flight review briefing and a preview of the lesson to come.
EVALUATION:
The lesson is deemed
success if and when:
- the student shows
sufficient proficiency at normal and cross wind circuits,
- the student shows
sound judgement, and proper technique when recovering from aproaches
and landings.
- throughout the
circuit the student consistently maintains the desired airspeeds, headings
and altitudes.