2
b
Propeller
Underrpeeding
Use
power
enough to maintain altitude without engine
overtorque
and proceed to nesrest airport,
If
this
is not
pcralrfble
mka
emergency
landin&
Use
excem
altitude
otnd
power
available
to
extend
glide to best available
area*
EmRGENCY
MkXIMj#
DESCENT
1
0
Throttle
-
Cleaard
2
l
Propeller
-
Full Iacrease RPM
3
l
Wing
Flaps
-
Full Down
4
&
Airspeed
-
Maintain
Maximum
of 80
MPH,
IAS,
Flaps
Full-Down
1
0
Make
a
8ai~iiwm
safe-epaed touch-down,
2
a
Wtren
landing
with
8
flat
tire
OR
the
msain
g8ar, the aircraft will turn
in the
direction
of
the
flat
tire.
mfntaiq
directfmal
control
with the rudder and brakes,
LANDING ON
U#P&EPARAED
TERRAIN
.
1
*
Xaudiug
pracedure
is
arfsaflar
to
Hlnimm
Run
Lmdings
(Full STOL)
2
*
On soft
or
rough ground,
use
caution in
.-lying
brakes.
3
*
If possible,
avoId
having
ts
re-start
and
rev-up
engine in
loose
sand
or
dirt
to
niaimize
propeller damage,
E
l
SUMRY
OF
QPERATXONAL
AIRSPEEDS AT GROSS
WXGHT
-
3rboo
LBS,
Mnimum
Speed
-
Paver
Off
Flaps Up:
60
MPH
I.A.S.
Flaps
lh?wu:
50
MPH I.A.S.
Never Exceed Speed:
200
MPH
I.A.S.
I$mimuma
Flap Speed:
80
MPH
I.A.S.
*Minimum
speeds
are given
because
it
fs
not possible to fully
stall
the
airplane
l
P
l
TAICGOFF,
CRUISE AND
lANDIlVG
TECHNIQUES
1
l Take-Off
It
fs
suggested that 30 degree flaps
or
less be used for all
take-offs
m
This
is
cmmred
in greater detail under STOL TAKE-
OFF
AND
LANDIMG.
When
taking
off,
firrt
align the aircraft
alang
the
intended
take-off track,
Release brakes and apply power
smoothly,