Updated October 2026
Unusual attitude recovery is the sequence of control inputs that brings an airplane back to level flight after it has pitched or banked far past normal. The FAA describes an upset as more than 25 degrees nose up, more than 10 degrees nose down or more than 45 degrees of bank. Nose high: add power and lower the nose, then level the wings. Nose low: reduce power, level the wings, then raise the nose.
Private pilots meet the subject in the 3 hours of instrument training that 14 CFR 61.109(a)(3) requires, and fly it on the checkride as Area VIII, Task E of the Private Pilot ACS. Instrument students fly it again as Task IR.IV.B of the Instrument Rating ACS. The recoveries are identical. What changes is how quickly the examiner expects you to read the panel, and how little you are allowed to feel your way back.
We teach both from Van Nuys Airport, in the Redbird MCX full-motion simulator first and the airplane second. The work is mostly reading instruments and putting the inputs in the right order.
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What An Unusual Attitude Is And How Pilots Get Into One
An unusual attitude is any attitude you did not mean to be in and are not used to seeing. The FAA's Airplane Flying Handbook (FAA-H-8083-3C, chapter 5) borrows the airline industry's numbers for an upset: more than 25 degrees nose up, more than 10 degrees nose down or more than 45 degrees of bank. An airspeed wrong for the conditions counts too. Primary training uses the term loosely. If your instructor hands you the airplane in a 40-degree descending turn with the speed building, that qualifies.
Almost nobody flies into one on purpose. These are the usual ways in, from what we see in training:
- Flying into cloud or thick haze with no visible horizon, the classic trap for a VFR pilot.
- Distraction. A chart on the knee, a frequency change or a passenger's question, while the airplane slowly rolls off.
- Spatial disorientation, when the inner ear reports something the airplane is not doing.
- Turbulence, or the wake of a larger aircraft.
- A failing attitude indicator that nobody caught, so the pilot follows a wrong instrument.
The first one has a Los Angeles flavor. In late spring and early summer the marine layer fills the basin overnight, and coastal airports can sit under it until midday. Head south over the Santa Monica Mountains toward a coast still under stratus and the cloud tops and the horizon can merge into one grey sheet. Nothing looks dangerous until the wings are 30 degrees off level and you cannot say when that started.
The inner ear senses changes in rotation, not rotation itself, so a bank that builds slowly never registers. Our guide to spatial disorientation and the somatogravic illusion has the detail.
Recognizing The Attitude On Instruments (Private Pilot Hood Work)
Every recovery starts with naming the attitude, and you name it from the panel, not from your seat. Under 14 CFR 61.109(a)(3), every private pilot applicant logs 3 hours of training solely by reference to instruments. Recovery from unusual flight attitudes is on that list. Those hours sit inside every private pilot course we sell, starting with the Standard package at $10,400. They are flown with a view-limiting device, which we lend free on lessons, while your instructor watches outside.
The drill is a little theatrical. You look at the floor while the instructor flies climbs, turns and descents meant to scramble your inner ear. Then you hear "your airplane", look up, and have a second or two to decide which kind of trouble you are in.
Two instruments answer the first question. The attitude indicator shows pitch and bank directly. The airspeed indicator shows the trend: a rising needle means nose low, a falling one means nose high. The altimeter and vertical speed indicator confirm it a moment later. Instrument students also practice the recovery with the attitude indicator covered, because a failed gyro is one of the ways pilots end up here in the first place.
| Instrument | Nose High | Nose Low |
|---|---|---|
| Attitude indicator | Miniature airplane above the horizon line, more blue showing | Miniature airplane below the horizon line, more brown showing |
| Airspeed indicator | Decreasing | Increasing, sometimes fast |
| Altimeter | Climbing, then slowing as speed decays | Unwinding |
| Vertical speed indicator | Climb shown, falling back toward zero | Descent shown, often steep |
| Turn coordinator | Direction of any turn | Direction of any turn; a steady turn with rising speed is the start of a spiral |
| First action | Add power, lower the nose | Reduce power |
Nose-High Recovery: Power, Pitch, Bank
Nose high with the airspeed falling, the threat is a stall. Everything you do is about keeping the wing flying while the energy drains away.
- Add power, all of it if the airspeed is low, so the airplane has energy to trade.
- Lower the nose with forward elevator pressure toward a level pitch attitude, reducing the angle of attack before the wing stalls.
- Level the wings with coordinated aileron and rudder once the nose is on its way down.
- Settle into level flight, set cruise power and trim, then return to the heading and altitude you wanted.
In a light trainer the first two happen almost together: throttle forward, yoke or stick forward. Students who level the wings first are reacting to the most visible thing on the attitude indicator, and the airspeed keeps dropping while they do it. The Airplane Flying Handbook's stall recovery template makes the same point: its first flying action is to reduce the angle of attack.
Expect to need right rudder. Full power at low speed swings the nose left in all three of our trainers, and an uncoordinated nose-high recovery is where a stall can become something worse. If the stall warning sounds while you are lowering the nose, keep lowering it until the warning stops. The stall half of this picture is in our guide to slow flight and stalls.
Nose-Low Recovery: Power, Bank, Pitch
Nose low with the airspeed climbing, the threats are the structure and the ground. In a steep descending turn the needle can reach the yellow arc in seconds, and a hard pull at that point stacks load factor on top of speed.
- Reduce power, to idle if the speed is high, so the engine stops adding energy.
- Relax the back pressure, then level the wings with coordinated aileron and rudder.
- Raise the nose to the level-flight attitude with smooth back pressure, watching the attitude indicator and the airspeed.
- Bring the power back in as the speed returns to normal, and climb back to your altitude.
The order is the lesson. With the wings banked steeply, back pressure barely raises the nose. Mostly it tightens the turn, raises the load factor and spends altitude faster. Level the wings first and the same back pressure points the lift up, which is what you wanted all along.
Pull to an attitude, not to a number. Bring the nose up to the level-flight picture on the attitude indicator and let the speed settle on its own. A sharp pull at high speed can exceed the limit load factor even with the wings level, and our page on maneuvering speed explains how the speed and the load are connected.
Spiral Dives And Why Pulling First Is Wrong
A spiral dive is a nose-low, descending turn in which the airplane is not stalled. The Airplane Flying Handbook sets it against a spin: in a spin at least one wing is stalled, while in a spiral the wing is flying, so the airspeed and the G load build quickly. The handbook's recovery is power to idle, some forward elevator to unload the airplane, wings level with coordinated aileron and rudder, and then a gentle return to level flight. It is specific that the G load comes off before the roll.
The spiral is also the attitude your inner ear handles worst. AIM 8-1-5 calls it the graveyard spiral. In a long, coordinated turn the inner ear stops reporting the turn. The pilot sees the altimeter unwinding, feels as if the wings are level, and pulls back to stop the descent. The pull tightens the spiral and the altitude goes faster. The bank was on the attitude indicator the whole time.
The handbook names the human side as well. It describes startle as an uncontrollable, automatic muscle reflex, and warns that a startled pilot may pull back hard while rolling level. Repetition is the defense. A recovery you have flown fifty times on the ground is one your hands start before the startle has finished.
Recovering From A Spin Is A Different Procedure
A spin needs its own recovery, because the airplane is stalled and autorotating. Where the manufacturer publishes no procedure, the Airplane Flying Handbook gives a generic one. Power to idle and ailerons neutral. Full opposite rudder, held against the rotation. Brisk forward elevator straight after the rudder. Rudder neutral once the rotation stops, then a careful pull to level flight. The POH procedure always comes first.
Private pilots do not spin the airplane for the certificate, and our Warriors are normal-category airplanes placarded against intentional spins. Spin training belongs to the instructor certificate. We fly it in the utility-category Diamond DA20-C1 on our upset recovery and spin training course, the same course that leads to the CFI spin endorsement.
Instrument Rating Standards And Common Errors
The Instrument Rating ACS (FAA-S-ACS-8C) tests the subject as Area IV, Task B. Its main skill element is one sentence. You use proper instrument cross-check and interpretation to identify a nose-high or nose-low attitude, then apply flight control, power and configuration inputs in the correct sequence to return to a stabilized level flight attitude. The recovery itself carries no altitude or heading tolerance. The examiner is watching the sequence.
The knowledge elements reach further. Expect to explain how unusual attitudes are prevented, and how you would get back to visual conditions after flying into cloud by mistake. The private test flies the same maneuver as Area VIII, Task E of FAA-S-ACS-6C.
The errors we see most, from private and instrument students alike:
- Pulling back in a nose-low bank before the wings are level.
- Leaving the power where it was. A nose-low recovery at cruise power gains speed fast, and a nose-high recovery at idle stalls.
- Staring at the attitude indicator and missing the airspeed trend, which is often the quicker tell in a light airplane.
- Forgetting the rudder, so the whole recovery happens with the ball off to one side.
- Doubting a perfectly good attitude indicator because the body disagrees with it.
For the rating, 14 CFR 61.65(d) asks for 40 hours of actual or simulated instrument time, and 61.65(i) allows up to 20 of them in an advanced aviation training device. Our instrument rating in Los Angeles is $11,700 and splits its flying into 20 hours in the airplane and 20 in the simulator. Francis, our instrument and multi-engine instructor, teaches much of the instrument work here.
How We Teach It In The Redbird MCX Before The Airplane
We have the only full-motion simulator at Van Nuys Airport, a Redbird MCX approved by the FAA as an advanced aviation training device. Unusual attitudes are one of the things it does best. Your instructor can fly the device into an ugly attitude, freeze it, talk through the panel with you, and then let it go. In an airplane the same setup costs a long climb and a quiet piece of sky.
A simulator does not fool your inner ear the way a real airplane in cloud does, and we will not pretend otherwise. What it builds is the habit: attitude indicator, airspeed, then power and the right control in the right order.
Then the airplane. We fly recoveries over the Simi Valley practice area, northwest of the field and away from the Burbank Class C, with plenty of height above the Santa Susana ridge. Instrument students often do it in one of the IFR-equipped Warriors, N3034Q or N6312C. Under 14 CFR 91.109(c), simulated instrument flight needs a safety pilot in the other control seat. On a lesson, that is your instructor.
We like one simulator session first, then two airplane sessions a few days apart. The 60-minute simulator experience is $189 if you want to try the device on its own, and inside a package the Redbird is $120 an hour. Device time counts toward a certificate only within fixed limits, and simulator hours that count has the arithmetic.
Related Reading
- Upset recovery and spin training from Van Nuys — stalls, spin entries and spin recovery in the utility-category DA20.
- Spatial disorientation and the somatogravic illusion — every illusion in AIM 8-1-5 and why the inner ear produces it.
- Simulator hours that count — the device credit limits for the private, instrument and commercial.
- Instrument rating in Los Angeles — the course, the hours and the simulator split.
- Foggles and view-limiting devices — the rules for hood work and safety pilots.
- Slow flight and stalls — the stall recovery that sits behind every nose-high recovery.
Unusual Attitude Recovery FAQ
What Is The Correct Order For A Nose-Low Recovery?
Reduce power, level the wings with coordinated aileron and rudder, then raise the nose smoothly to level flight. Rolling level before pulling matters most, because back pressure in a steep bank tightens the turn and adds load factor instead of raising the nose.
What Is The Correct Order For A Nose-High Recovery?
Add power and lower the nose with forward pressure, nearly together, then level the wings. The aim is to cut the angle of attack before the airspeed decays into a stall, and the Airplane Flying Handbook's stall recovery template puts reducing the angle of attack first.
Is Unusual Attitude Recovery On The Private Pilot Checkride?
Yes. It is Area VIII, Task E of the Private Pilot ACS (FAA-S-ACS-6C). 14 CFR 61.109(a)(3) also lists it in the 3 hours of instrument training every private applicant must log.
What Is The Difference Between A Spiral Dive And A Spin?
In a spin at least one wing is stalled and the airplane autorotates. In a spiral dive the wing is still flying, so airspeed and G load build quickly. A spiral needs power to idle, an unloaded wing and wings level before the pull; a spin needs opposite rudder and forward elevator.
How Do You Recover From A Spin?
Follow the POH for the airplane. Failing that, the Airplane Flying Handbook's generic steps are power to idle, ailerons neutral and full opposite rudder. Then brisk forward elevator, rudder neutral once the rotation stops, and a careful pull to level flight.
Can I Practice Unusual Attitudes In A Simulator?
Yes, and we start there. Our Redbird MCX is an FAA-approved advanced aviation training device. Under 14 CFR 61.65(i), up to 20 hours in one can count toward the 40 hours of instrument time the instrument rating requires.
Who Can Act As Safety Pilot For Hood Work?
Under 14 CFR 91.109(c), the safety pilot must hold at least a private pilot certificate with category and class ratings for the aircraft, and must have adequate vision forward and to each side. The airplane needs fully functioning dual controls.
Fly The Recovery Before You Need It
The first time you see an unusual attitude should be on a lesson, with an instructor beside you and plenty of air underneath. If you have not started yet, a 60-minute discovery flight from Van Nuys is $229 and you fly it from the left seat. It is credited in full toward your course if you enroll within 24 hours. If you already fly and want hood work, a simulator block or the instrument rating, book a free consultation or call (818) 330-1318 any day from 9 AM to 9 PM. We are at 7900 Balboa Blvd, Main Terminal Unit 108, Van Nuys, CA 91406.
Book A Discovery Flight — $229 Book A Free Consultation Call (818) 330-1318
