Steep Turns
A steep turn is a performance maneuver that develops precise, coordinated aircraft control while the pilot maintains the desired bank, altitude, airspeed, and awareness of the airplane's position relative to outside references.
Compared with a shallow or medium-banked turn, a steep turn requires more deliberate management of pitch, bank, power, and coordination. It also demonstrates how increasing bank angle changes the lift required to maintain altitude and affects the airplane's turning performance.
What makes a steep turn different
As an airplane banks, part of its lift acts horizontally to turn the airplane and the vertical component of lift is reduced. To maintain altitude in a level turn, the pilot must compensate by increasing the total lift produced by the wing.
At steeper bank angles, the effects become more noticeable. Control pressures change, drag increases, additional power may be appropriate, and relatively small deviations in pitch or bank can produce larger changes in altitude or flight path.
Before the maneuver
Steep turns should begin only after the pilot has selected an appropriate practice area and checked for other traffic and hazards. The maneuver involves a relatively rapid change in heading, so maintaining an effective visual scan before and throughout the turn is important.
Entry speed, altitude, bank angle, and other details depend on the aircraft, training objective, and applicable standards. The pilot should use the procedure and limitations appropriate to the airplane being flown.
Entering a steep turn
The airplane is smoothly rolled into the selected bank with coordinated aileron and rudder. As the bank increases, the pilot adjusts elevator pressure as required to maintain the desired pitch attitude and altitude.
Because drag increases in a steep turn, power may also need to be adjusted to maintain the desired airspeed. The objective is a smooth, coordinated transition rather than an abrupt roll into the maneuver.
Maintaining bank and altitude
Once the desired bank is established, the pilot uses outside visual references together with appropriate instrument cross-checks to monitor bank, pitch, altitude, and airspeed.
Pitch corrections should be made without allowing the selected bank angle to wander. Bank corrections likewise need to be coordinated without losing control of pitch and altitude.
The maneuver therefore requires a continuous division of attention: looking outside for attitude references and traffic while periodically checking the flight instruments for performance.
Load factor and stall speed
Maintaining altitude in a banked turn requires more total lift than straight-and-level flight. The resulting increase in load factor becomes progressively more significant as bank angle increases.
Increased load factor also increases stall speed. This relationship is one reason airspeed, bank angle, aircraft limitations, and smooth control inputs matter during steep turns.
A steep turn should therefore not be treated simply as a heading change. It is also an exercise in understanding how bank, lift, load factor, airspeed, and stall margin interact.
Overbanking tendency
In a steep turn, an airplane may tend to continue increasing its bank angle unless the pilot applies the control needed to maintain the selected bank.
The pilot must recognize this tendency and make smooth corrections while maintaining coordination. Allowing the bank to increase unintentionally can make altitude and airspeed control more difficult and can increase load factor.
Avoiding a nose-low steep turn
A significant error is allowing the nose to drop excessively while the airplane remains steeply banked. Altitude can then decrease rapidly.
The FAA Airplane Flying Handbook emphasizes reducing an excessive bank with coordinated controls before attempting to restore the desired pitch attitude. Pulling back aggressively while leaving an excessive bank in place can increase loading and worsen the situation.
Rolling out of the turn
Because the airplane continues changing heading while bank remains, rollout begins before the desired heading is reached.
Aileron and rudder are coordinated to reduce the bank while elevator pressure is adjusted as necessary to maintain altitude. If power or trim was changed for the maneuver, those settings may also need to be returned appropriately as straight-and-level flight is re-established.
A well-controlled rollout finishes on the intended heading without a large altitude or airspeed deviation.
Common steep turn errors
Steep turn practice often focuses on avoiding errors such as:
- failing to clear the area adequately before the maneuver;
- using abrupt or poorly coordinated control inputs;
- allowing the bank angle to increase or decrease unintentionally;
- losing altitude because the pitch attitude is not maintained;
- allowing the nose to become excessively low in a steep bank;
- fixating on the instruments instead of maintaining outside awareness;
- allowing airspeed to change substantially during the maneuver;
- using excessive elevator input to correct a developing nose-low condition;
- starting the rollout too early or too late;
- failing to maintain coordination throughout entry, turn, and rollout.
Why pilots practice steep turns
Steep turns develop more than the ability to fly a circle at a selected bank angle. They require the pilot to integrate several basic control skills while continuously dividing attention between aircraft control, outside references, flight instruments, and traffic.
Repeated practice can improve control smoothness, coordination, recognition of pitch and bank changes, and the ability to detect and correct small deviations before they become larger ones.
Useful practice considerations
Depending on the aircraft, training objective, applicable standards, conditions, and instructor guidance, steep turn practice may include:
- selecting and clearing an appropriate practice area;
- establishing the appropriate entry speed;
- making a smooth, coordinated roll into the selected bank;
- maintaining a consistent bank angle;
- maintaining altitude with appropriate pitch control;
- managing power and airspeed as required;
- recognizing and correcting overbanking tendency;
- maintaining an effective outside visual scan;
- understanding the effect of bank angle on load factor and stall speed;
- anticipating the rollout and returning smoothly to straight-and-level flight.
Related flying skills
Track steep turn practice
Last Practiced lets you record the date you practiced steep turns alongside the other individual flying skills from the same session. You can also set a personal Practice Target if this is a skill you want to revisit at your own chosen interval.
Practice Targets are personal reminders. They do not establish regulatory currency, proficiency, or legal eligibility to fly.
References
- Federal Aviation Administration — Airplane Flying Handbook
- Federal Aviation Administration — Airman Certification Standards
- Federal Aviation Administration — Pilot's Handbook of Aeronautical Knowledge
This page is a general reference and is not a substitute for aircraft documentation, flight instruction, regulations, certification standards, or operational procedures applicable to a particular flight.