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M18O01
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\pard\plain\f4\fs22\cf1\b The best way to learn how to avoid a stall and perform a safe stall recovery is to find out how your airplane reacts in a stall. Since power-off stalls are most likely to occur in the traffic pattern, you will practice them in the landing configuration, both in straight-and-level flight and in turns.
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\pard\plain\f4\fs22\cf1\b A stall is caused by the separation of airflow from the wing's upper surface.\tab
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\pard\plain\f4\fs22\cf1\b Most training airplanes are designed so the stall occurs at the wing root first, and then progresses to the wing tip. When you notice the first signs of a stall, you will still have some control effectiveness.\tab \plain\f4\fs22\cf1 \tab
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\pard\plain\f4\fs22\cf1\b The stall can happen at any airspeed, attitude, or power setting, but always at the same angle of attack.
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M18O01
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\pard\qc\plain\f4\fs18\cf1\b Click on a ballflag to explore a stage of a power-off stall.
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M18S02
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\pard\plain\f4\fs18\b When you practice stalls, it's important to pick a sparsely populated area and an altitude that will allow you to recover at least 1,500 feet above the ground. After you clear the area, set up the airplane like you would for a normal approach to landing.
\par
\par Apply carburetor heat and gradually reduce the power to idle. As your airspeed decreases, pull back on the yoke to maintain your altitude. Next, lower full flaps as you reach flap extended speed, and set up a normal glide. As you increase your pitch, you'll need more right rudder to keep the airplane coordinated. As always, it's a good idea to trim the airplane each time you change its configuration.\plain\f3\fs17\b
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M18O01
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M18S03
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\pard\plain\f4\fs18\b Since an inadvertent power-off stall is most likely to occur if you get distracted on final approach or on the turn from base to final, you should practice power-off stalls straight ahead and in turns.
\par \plain\f3\fs17\b
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\pard\plain\f4\fs18\b Keep the ball in the turn coordinator centered with the rudder, and continue applying back pressure on the yoke to raise the nose.
\par
\par You should hear the stall warning horn, if your airplane has one, 5 to 10 knots before the actual stall, and the controls may feel mushy. Keep holding the nose at this pitch attitude until the stall occurs. Indications of a stall may include a high sink rate, buffeting, and nose-down pitching.\plain\f3\fs17\b
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\pard\plain\f4\fs18\b As you continue slowing down, roll into a bank to the right. You can use up to 30\'ba of bank for a power-off turning stall. Be sure to keep the ball centered with the rudder, and continue applying back pressure on the yoke to raise the nose.
\par
\par You should hear the stall warning horn, if your airplane has one, 5 to 10 knots before the actual stall, and the controls may feel mushy. Keep holding the nose at this pitch attitude until the stall occurs. Indications of a stall may include a high sink rate, buffeting, and nose-down pitching.
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\par Remember, since you're simulating a turn from base to final, the stall should occur within 90\'ba of turn.\plain\f3\fs17\b
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\pard\qc\plain\f4\fs18\cf0\b Turning Stalls
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M18O01
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M18S04
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\pard\plain\f5\fs22\cf1\b Why is it so important to keep the airplane coordinated when I practice stalls?\plain\f4\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b Coordination is extremely important whether you're practicing straight-ahead or turning stalls.\plain\f5\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b If you allow the airplane to slip or skid, one wing can stall before the other. When this happens, if you don't correct for it, you may enter a spin. And while a spin is a maneuver you can recover from, you definitely want to get the proper training first.\plain\f5\fs22\cf1\b
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M18O01
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M18S01
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M18H01
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M18S05
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\pard\plain\f4\fs18\b Reducing the angle of attack by lowering the nose is the first step in recovering from a stall. However, there are a few differences between the recovery procedures for straight-ahead stalls and those for turning stalls.\plain\f3\fs17\b
\par }
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\pard\plain\f4\fs18\b As soon as you recognize the stall, release the back pressure on the yoke, add full power, and set the carb heat to COLD. Use coordinated aileron and rudder to keep the wings level. Once you have the airplane flying again, start to level off from the descent by gently pulling back on the yoke.
\par
\par This can be kind of tricky. You don't want to pull back on the yoke too quickly, or you could cause a secondary stall. On the other hand, not bringing the nose up quickly enough can cause the airplane to build up airspeed and lose too much altitude. You want to lose as little altitude as possible in the recovery.
\par
\par At this point, go ahead and partially retract the flaps as your airspeed continues to increase.\plain\f3\fs17\b
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\pard\plain\f4\fs18\b As soon as you recognize the stall, release the back pressure, add full power, level the wings, and set the carb heat to COLD. Use coordinated aileron and rudder to keep the wings level.\plain\f4\fs18 \plain\f4\fs18\b Remember, as long as you keep the airplane coordinated throughout the stall, you won't enter a spin, even if you're in a turn. Once you have the airplane flying again, start to level off from the descent by gently pulling back on the yoke.
\par
\par This can be kind of tricky. You don't want to pull back on the yoke too quickly, or you could cause a secondary stall. On the other hand, not bringing the nose up quickly enough can cause the airplane to build up airspeed and lose too much altitude. You want to lose as little altitude as possible in the recovery.
\par
\par At this point, go ahead and partially retract the flaps as your airspeed continues to increase.\plain\f3\fs17\b
\par }
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\pard\qc\plain\f4\fs18\cf0\b Turning Stalls
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Click on a button to learn more about straight-ahead stalls and turning stalls.
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\pard\plain\f5\fs18\b Now that you have recovered from the stall and stopped the descent, return to your original heading, and climb to your desired altitude, if necessary. After reaching V\plain\f5\fs12\b\dn3 Y\plain\f5\fs18\b , retract the rest of the flaps. Once you've reached your desired altitude, level off and adjust the power for cruise flight. Then trim your airplane to relieve the control pressures.\plain\f3\fs17\b
\par }
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\par To meet the PTS requirements, you should be able to:
\par }
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\pard\plain\f4\fs20\cf0\b Exhibit knowledge of the elements related to power-off stalls. Demonstrate an understanding of the aerodynamics of a stall which occurs as a result of uncoordinated flight.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Recognize and recover from a power-off stall.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Select an entry altitude where recovery from the maneuver will be no lower than 1,500 feet AGL or the recommended altitude, whichever is higher.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Establish a stabilized approach in the approach or landing configuration, as specified by the examiner.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Transition smoothly from the approach or landing attitude to the pitch attitude that will induce a stall.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Maintain a specified heading, \'b110\'ba, if in straight flight, while inducing the stall.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Maintain a specified angle of bank not to exceed 30\'ba,+0/\endash 10\'ba, if in turning flight, while inducing the stall.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Recognize and announce the first aerodynamic indications of the oncoming stall, such as buffeting, or decay of flight control effectivness.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Recover promptly from the stall by simultaneously decreasing the pitch attitude, applying power, and leveling the wings to return to a straight-and-level flight attitude with a minimum loss of altitude appropriate for the airplane.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Retract the flaps to the recommended setting and retract the landing gear (if applicable), after a positive rate of climb has been established.
\par \plain\f4\fs16\cf0\b
\par \plain\f4\fs20\cf0\b Accelerate to V\plain\f4\fs16\cf0 Y\plain\f4\fs20\cf0\b before full flap retraction and return to a specified heading, altitude, and airspeed.
\par }
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Click on a button to find out about aircraft design features that can affect stall characteristics.
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\pard\plain\f4\fs18\cf0\b Vortex Generators
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\pard\qc\plain\f4\fs18\cf0\b Winglets
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\pard\qc\plain\f4\fs18\cf0\b STOL Kits
\par }
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\pard\plain\f4\fs22\cf1\b Short Take-Off and Landing, or STOL, kits are designed to let your airplane do exactly what the name implies: take off and land in shorter distances than normal.
\par
\par \plain\f5\fs22\cf1\b
\par }
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\pard\plain\f4\fs22\cf1\b Most STOL kits increase the handling characteristics during slow airspeed phases of flight, and in some cases, lower the stall speed.\plain\f5\fs22\cf1\b
\par }
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\pard\plain\f4\fs22\cf1\b Winglets, like the ones on this Pilatus, redistribute the intensity of the vortices that form near the wingtip over a larger area. They also increase the aspect ratio of the wing \emdash the ratio between the wing span and the wing chord.\tab \plain\f5\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b The combination of the increased aspect ratio and the reduction in wingtip vortices can result in better control at slow airspeeds and decreased stall speeds.\plain\f4\fs22\cf1 \tab
\par \plain\f5\fs22\cf1\b
\par }
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\pard\plain\f5\fs22\cf1\b Vortex generators are small tabs that are attached near the leading edge of the wing. \plain\f4\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b They create tiny vortices, kind of like mini tornadoes, that energize the normally slow moving boundary layer of air close to the surface of the wing.\plain\f5\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b These vortices cause the air to stick to the wing better so separation occurs farther aft on the wing than it normally would, resulting in a slower stall speed.\plain\f5\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b There are a lot of things to consider when practicing stalls. It's important that you use all your available resources to make sure you have a good understanding of stalls and stall recovery.\plain\f5\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b An angle of attack indicator shows you the angle of the wing's chordline in relation to the relative wind.\plain\f5\fs22\cf1\b
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M18D01
M18A01
Click on this button to repeat the information.
Click on this airplane to find out more about its design and stalling characteristics.
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\pard\plain\f5\fs22\cf1\b While stalling characteristics differ from airplane to airplane, lowering the nose to decrease the angle of attack on the wings is a common recovery procedure.\plain\f4\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b Not only did the Wright Flyer complete the first powered, sustained, and controlled flight in history, it was also one of the first airplanes equipped with a canard.
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\pard\plain\f4\fs22\cf1\b Instead of a traditional horizontal stabilizer, the Beechcraft Starship has a variable sweep canard.
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\par One of the advantages of the canard is that it always stalls at a lower angle of attack than the main wings. And, since the ailerons are located on the main wings, the controls remain effective throughout the stall.\plain\f5\fs22\cf1\b
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\pard\plain\f4\fs22\cf1\b In a canard design, like this Long-EZ, both the main wings and canard produce positive lift, which is much more efficient. This design also creates more favorable stalling characteristics. Since the main wings never fully stall, the airplane's more stable at slow airspeeds.\plain\f5\fs22\cf1\b
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\pard\qc\plain\f4\fs18\cf1\b Click on an airplane to find out about the canard design.
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Power-Off Stalls
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Clearing Turns
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Lower Stall Speeds
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M18D01
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Lower the nose.
Apply full rudder in the direction of turn.
Add full power.
Level the wings.
Enrich the mixture.
Apply carb heat.
Set the carb heat to COLD.
Switch the ignition from BOTH to OFF.
Gradually pull back on yoke to level off.
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
Click on this button to repeat the information.
Click on this button to add the card to your hand.
Click on this button to add the card to the discard pile.
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Lower the nose.
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Lower the nose.
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Add full power.
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Level the wings.
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Set the carb heat to COLD.
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Gradually pull back on yoke to level off.
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If the card you are dealt is part of the stall recovery, keep it and add it to your hand. If it isn't part of the stall recovery, discard it.
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\pard\plain\f4\fs20\cf0\b Saving user data. . .\plain\f4\fs18\cf1\b
\par }
uest Frame Edit - Exit
ns Menu
M18S1B1
a:\CD4JMIS.Jep
M18S1B2
M18S1B3
M18S1B4
b18O1
b18O2
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uest Frame Edit - Menu
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Exit & Main
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
0Click on this button to repeat the information.
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
>Click on this ballflag to explore this stage of the maneuver.
M18S02
M18S03
M18S05
M18S06
iPlay
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
1Click on this button to play or pause the video.
HClick on this button to stop and return to the beginning of this video.
8Click on this button to return to the maneuver diagram.
0Click on this button to repeat the information.
M18S02
iPlay
currentSet
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
1Click on this button to play or pause the video.
HClick on this button to stop and return to the beginning of this video.
QClick on this button to view a skill enhancement for this stage of the maneuver.
8Click on this button to return to the maneuver diagram.
0Click on this button to repeat the information.
EClick on this button to learn about power-off straight-ahead stalls.
>Click on this button to learn about power-off turning stalls.
M18S03
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
0Click on this button to repeat the information.
GClick on this button to return to the ballflag stage of this maneuver.
M18S04
iPlay
currentSet
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
1Click on this button to play or pause the video.
HClick on this button to stop and return to the beginning of this video.
8Click on this button to return to the maneuver diagram.
0Click on this button to repeat the information.
EClick on this button to learn about power-off straight-ahead stalls.
>Click on this button to learn about power-off turning stalls.
M18S05
iPlay
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
1Click on this button to play or pause the video.
HClick on this button to stop and return to the beginning of this video.
8Click on this button to return to the maneuver diagram.
0Click on this button to repeat the information.
M18S06
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
<Click on this button to find out about this design feature.
0Click on this button to repeat the information.
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
0Click on this button to repeat the information.
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
0Click on this button to repeat the information.
WClick on this airplane to find out more about its design and stalling characteristics.
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HAhs2
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Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
Click on this button to repeat the information.
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{\colortbl\red0\green0\blue0;}
\pard\qc\plain\f4\fs18\cf0 Click on an option to continue.
\par }
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cturns.avi
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This is why you should do clearing turns before every maneuver. Clearing turns normally consist of at least a 180
change of direction, so you usually perform two 90
turns.
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This gives you a good view of the area around your flight path, and helps you see and avoid any aircraft that may be in the vicinity.
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One thing you need to consider anytime you're in the practice area is collision avoidance. When you're practicing a maneuver, it's easy to get distracted and forget that there might be other aircraft out there.
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Power-Off Stalls
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Clearing Turns
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Power-Off Stalls
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Power-Off Stalls
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Lower Stall Speeds
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Canards
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Stall Recovery
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CTURNS
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nQuestion
answers
questions
Lower the nose.
,Apply full rudder in the direction of turn.
Add full power.
Level the wings.
Enrich the mixture.
Apply carb heat.
Set the carb heat to COLD.
&Switch the ignition from BOTH to OFF.
*Gradually pull back on yoke to level off.
checkAnswer
clicked
Go to Procedures Overview.
Click on an option to continue.
Go to Step-By-Step Procedures.
Go to Practical Test Standards.
Go to Safety Factors.
Go to Human Element.
Go to Discovery.
Go to Activities.
M18O01
CTURNS
M18S01
M18P01
M18F01
M18H01
M18D01
M18A01
0Click on this button to repeat the information.
3Click on this button to add the card to your hand.
:Click on this button to add the card to the discard pile.