The steep turn on the checkride and the altitude you lose in the first five seconds because you forgot to add back pressure
Stop losing altitude in steep turns by adding back pressure as you roll in, not after — the fix that prevents most checkride failures.
The steep turn is one of the most commonly failed maneuvers on the private pilot checkride — not because it is difficult, but because it punishes the reactive habits students develop during training. The altitude loss that leads to a disapproval almost always happens in the first five seconds of the entry, before the pilot even realizes the nose has dropped. The fix is simple: add back pressure simultaneously as you roll into the bank, not after you establish it.
Why Do So Many Applicants Fail Steep Turns?
The Airman Certification Standards tolerances are generous: altitude within plus or minus 100 feet, airspeed within plus or minus 10 knots, bank angle within plus or minus 5 degrees, and rollout within plus or minus 10 degrees of entry heading. With that much margin, the failure rate should be low. It is not.
The problem is conceptual. The steep turn tests whether a pilot understands what happens to lift when the airplane banks. In straight and level flight, all lift opposes gravity vertically. Roll into a bank, and that lift vector tilts — part holds you up, part pulls you into the turn. At 45 degrees of bank, roughly 30 percent of vertical lift is lost. The airplane will descend unless the pilot compensates, and most students compensate too late.
Where the Altitude Actually Disappears
The critical error occurs at the entry. A student rolls in, focuses on nailing 45 degrees of bank on the attitude indicator, and while fixating on bank angle, the nose drops. Maybe 50 feet. Maybe 80. Now the rest of the turn becomes a correction exercise — adding too much back pressure, bleeding airspeed, over-correcting — turning what should be a smooth coordinated maneuver into a wrestling match.
The altitude loss does not accumulate gradually through the turn. It happens almost entirely during the transition from wings-level to the established bank.
How to Nail the Entry Every Time
The solution is simultaneous inputs. As the left hand rolls the airplane into the bank, the right hand adds back pressure to compensate for the tilting lift vector. By the time you reach 45 degrees of bank, enough back pressure should already be dialed in to hold the nose where it was in straight and level flight.
How much back pressure? In a Cessna 172, expect roughly two to three pounds of additional force — moderate, not dramatic. In a Piper Cherokee, the feel differs due to control harmony. The exact amount is learned through repetition and burned into muscle memory so the hands react before the brain has to think.
Waiting until the bank is established to start pulling means reacting instead of anticipating. In steep turns, reacting is always more expensive than anticipating.
How Do I Manage Airspeed in a Steep Turn?
Adding back pressure increases angle of attack, which increases induced drag, which bleeds airspeed. If you enter at cruise power, you will slow down unless you add a small amount of power at the entry — roughly 100 RPM in a fixed-pitch prop airplane, or about one inch of manifold pressure in a constant-speed setup.
The same principle applies: add the power during the entry, not after noticing the airspeed decay. Students who wait until they are 10 knots slow add too much power, the nose pitches up, they release back pressure, altitude climbs, and the maneuver unravels.
The Complete Entry-to-Rollout Sequence
Step 1: Pick a visual reference point on the horizon — a road, tower, or ridge. Use the heading indicator to confirm, but keep your eyes outside.
Step 2: Clear the area with two 90-degree clearing turns or a full 360-degree scan. The ACS evaluates this under risk management.
Step 3: Note your entry altitude and airspeed. State them out loud: “Four thousand five hundred feet, 100 knots.”
Step 4: Begin the roll. Smooth and coordinated. Simultaneously add back pressure and a touch of power. At 45 degrees of bank, the nose should sit just slightly above its straight-and-level position.
Step 5: Maintain a scan cycle: horizon, attitude indicator, altimeter, back outside. Do not fixate on any single instrument. The steep turn is a visual maneuver supported by instruments, not the reverse.
Step 6: Approximately 30 degrees before your reference point, begin the rollout. Simultaneously reduce back pressure and power as the wings come level. The rollout is a mirror image of the entry — everything happens together, smooth and gradual. Holding back pressure through the rollout causes a balloon; yanking power too fast causes a drop.
What Is the Overbank Tendency and How Do I Handle It?
At 45 degrees of bank, the outside wing travels faster than the inside wing, generating more lift. This lift differential tries to roll the airplane past the target bank angle. Holding 45 degrees requires a small amount of opposite aileron — not much, just enough to prevent the bank from steepening.
This matters because the aerodynamic consequences escalate quickly. The load factor at 45 degrees is approximately 1.4 Gs. At 60 degrees, it doubles to 2 Gs. Allowing the bank to creep from 45 to 55 degrees increases stall speed, increases required back pressure, and places the airplane in a more aggressive flight regime — all while exceeding the ACS tolerance band.
Why Coordination Gets Applicants Disapproved
The two most common disapproval reasons examiners report are altitude deviations and failure to maintain coordination. A centered slip-skid ball is not optional.
In a left turn, apply left rudder. In a right turn, apply right rudder. The amount varies with bank angle and airspeed. A skid in a steep turn at low speed creates a cross-controlled condition that can lead to a spin entry. A coordinated turn feels clean; a sloppy turn feels like the airplane is drifting sideways beneath you. Practice while monitoring the inclinometer until the feel becomes instinctive.
Does Trim Setting Matter for Steep Turns?
Yes. Before entering, make sure the airplane is trimmed for straight and level flight at your entry airspeed. Fighting a trim force on top of the back pressure needed for the bank adds unnecessary workload.
Some instructors teach adding nose-up trim during the entry, which can work but requires remembering to trim it back out on rollout to avoid ballooning. Holding the back pressure manually for the roughly 60 seconds of the maneuver is one less thing to manage and one less thing to forget.
The Mistake That Catches Good Students
A common scenario: the entry is perfect, altitude holds through 270 degrees of turn, and then, about three-quarters around, the student starts thinking about the rollout. Eyes lock onto the heading indicator. The scan stops. Back pressure relaxes slightly. In the last 90 degrees, 60 feet disappear.
The fix is to keep flying the turn with the same technique from start to finish. Do not shift attention to the rollout until the reference point appears in the windscreen. The rollout will happen — do not let anticipation of the end degrade what is happening now.
A Practice Plan That Builds Steep Turns Fast
Practice at altitude — at least 3,000 feet AGL while learning (the ACS minimum is 1,500 feet AGL). Practice both directions; most students are noticeably weaker in one.
Three turns left, three turns right:
- First turn — focus on the entry. Nail the simultaneous back pressure and power addition. Arrive at 45 degrees of bank without losing a foot of altitude.
- Second turn — focus on the middle. Hold the scan, manage overbank with aileron, keep the ball centered.
- Third turn — focus on the rollout. Smooth, coordinated return to straight and level on heading without ballooning or dropping.
Then combine all three phases into one clean maneuver from start to finish.
Key Takeaways
- The altitude loss happens in the first five seconds — add back pressure as you roll in, not after the bank is established
- Add a touch of power at the entry to offset the increased induced drag from higher angle of attack
- Use slight opposite aileron to counter the overbank tendency and hold exactly 45 degrees
- Keep the ball centered — a skid in a steep turn at low speed can lead to a cross-controlled stall and spin entry
- Do not stop flying the turn to think about the rollout — maintain your scan and technique through all 360 degrees
Reference: FAA Airplane Flying Handbook and Private Pilot Airman Certification Standards, available free at faa.gov.
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