| Out of Control Conditions and Recovery from Airplane Stalls, Spins, and Spirals |
By Ben Owen, WWII Fighter Pilot
There are out of control conditions in flight which should
be reviewed and can be avoided, except for training by a
licensed flight instructor; they are stalls, spins, and
spirals. It is mandatory for anyone who pilots an airplane
to know immediate recovery. These conditions should
not be entered intentionally or until recovery has to be
taught by the flight instructor. However, in learning
recovery, these maneuvers can be practiced to promote
confidence. This information is being offered as
information only and not construed as instruction.
be reviewed and can be avoided, except for training by a
licensed flight instructor; they are stalls, spins, and
spirals. It is mandatory for anyone who pilots an airplane
to know immediate recovery. These conditions should
not be entered intentionally or until recovery has to be
taught by the flight instructor. However, in learning
recovery, these maneuvers can be practiced to promote
confidence. This information is being offered as
information only and not construed as instruction.
Spirals
This condition is entered inadvertently while circling and descending
in a 360-degree turn. This condition can be recovered only one
way, and that is simply to level the wings and climb back to altitude.
Never ever ever add back pressure to the stick to recover, as this
only aggravates the spiral which tightens the turn and increases
descent--it will not recover.
This condition is entered inadvertently while circling and descending
in a 360-degree turn. This condition can be recovered only one
way, and that is simply to level the wings and climb back to altitude.
Never ever ever add back pressure to the stick to recover, as this
only aggravates the spiral which tightens the turn and increases
descent--it will not recover.
Low Speed Stalls
This condition results from an unusually nose high attitude in
climbing straight ahead and also in climbing turns at low speed.
Airplanes usually have a stall warning horn. A second warning is the
airplane begins to shudder and correction should be made
immediately by lowering the nose and adding power. When control
is reached, climb out of the dive and gain altitude. A stall from
straight ahead can usually be corrected by neutralizing the rudder
pedals (walking rudder pedals as necessary to avoid a spin) with
wings level, descending and gaining speed, recovery from the stall
is made as described above.
This condition results from an unusually nose high attitude in
climbing straight ahead and also in climbing turns at low speed.
Airplanes usually have a stall warning horn. A second warning is the
airplane begins to shudder and correction should be made
immediately by lowering the nose and adding power. When control
is reached, climb out of the dive and gain altitude. A stall from
straight ahead can usually be corrected by neutralizing the rudder
pedals (walking rudder pedals as necessary to avoid a spin) with
wings level, descending and gaining speed, recovery from the stall
is made as described above.
High Speed Stalls
This condition can result when at cruising or at higher speed, on
climbs abruptly (over control as in recovery from a dive), the wing
loses lift and control is lost. At low altitude, a high speed stall can
result in a crash. Recovery is made by reducing speed, placing
controls in neutral, and then climbing to altitude.,
This condition can result when at cruising or at higher speed, on
climbs abruptly (over control as in recovery from a dive), the wing
loses lift and control is lost. At low altitude, a high speed stall can
result in a crash. Recovery is made by reducing speed, placing
controls in neutral, and then climbing to altitude.,
Tail Spins
An airplane spins when at a low airspeed, one wing will stall while the
opposite wing flies, and the airplane descends turning in the
direction of the stalled wing, immediate recovery is made by pushing
the opposite rudder pedal full forward with the stick full forward
momentarily until the spin stops. The airplane is descending nose
first, so by visual reference to the ground one can tell when the spin
is stopped, usually immediately when opposite rudder is applied.
Then neutralize controls, add back pressure to the stick, when level
flight is attained, climb back to altitude at full throttle. Actually,an
airplane will stop spinning when airspeed is attained during the spin,
this requires more altitude and the airplane still has to be pulled out
of the dive.
An airplane spins when at a low airspeed, one wing will stall while the
opposite wing flies, and the airplane descends turning in the
direction of the stalled wing, immediate recovery is made by pushing
the opposite rudder pedal full forward with the stick full forward
momentarily until the spin stops. The airplane is descending nose
first, so by visual reference to the ground one can tell when the spin
is stopped, usually immediately when opposite rudder is applied.
Then neutralize controls, add back pressure to the stick, when level
flight is attained, climb back to altitude at full throttle. Actually,an
airplane will stop spinning when airspeed is attained during the spin,
this requires more altitude and the airplane still has to be pulled out
of the dive.
| Offered by Ben Owen as recollected as WWII Fighter Pilot Commercial Pilot Certificate #354741 AOPA #692644 Member of the VFW and American Legion. |
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Secondary Spins
A more serious condition is a secondary spin. A secondary spin
turns the airplane in the opposite direction from the primary spin
when recovery which is described above, is improperly applied by
over control. For example, when the airplane stops spinning, go
immediately into dive recovery or the airplane may fall into a
secondary spin, which is spinning in the opposite direction. This is
often a more vicious spin than the primary spin and recovery is
made as described immediately as you are losing your best friend
(altitude) fast. Above all else, remain calm or you have bought the
farm.
A more serious condition is a secondary spin. A secondary spin
turns the airplane in the opposite direction from the primary spin
when recovery which is described above, is improperly applied by
over control. For example, when the airplane stops spinning, go
immediately into dive recovery or the airplane may fall into a
secondary spin, which is spinning in the opposite direction. This is
often a more vicious spin than the primary spin and recovery is
made as described immediately as you are losing your best friend
(altitude) fast. Above all else, remain calm or you have bought the
farm.
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