Exercise 9 - Turning

Air Exercise 9 — Turns
Lesson ID: LS-PT-AE-009-001 Stage: Incubation Phase: Early PTR Prerequisite: Air Exercise 8 — Descending Next Lesson: Air Exercise 10 — Flight for Range and Endurance
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Objective of Air Exercise 9

The purpose of this exercise is to introduce controlled turns.
A turn is a basic manoeuvre used to change the heading of the aircraft. A good turn is not simply “banking the airplane.” The pilot must coordinate aileron, rudder, elevator, power, lookout, and attitude control so the aircraft changes direction safely and predictably.
At this stage, the student is learning how to enter, maintain, and recover from turns while keeping the aircraft balanced, controlled, and aware of other traffic.
Think of this lesson as moving from:
“I can climb and descend”
to:
“I can change direction while still controlling altitude, airspeed, and coordination.”
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What Is a Turn?

A turn changes the aircraft’s heading.
A level turn means the aircraft changes direction while maintaining:
● A desired altitude
● A desired airspeed
● A selected angle of bank
● Coordinated flight
● Proper lookout
In training, turns are first kept simple. The student learns how the aircraft responds when bank is applied and how to prevent the common problems that appear during turning flight.
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Why a Turn Is More Complex Than It Looks

A turn requires all three primary flight controls to work together.
The pilot uses:
● Ailerons to roll the aircraft into and out of bank
● Rudder to control yaw and keep the turn coordinated
● Elevator to control pitch attitude and maintain altitude
● Power as required to maintain airspeed, especially in steeper turns
● Trim if the aircraft is held in a prolonged attitude or power condition
A beginner may think a turn is just aileron. That is the trap.
A good turn is coordinated control.
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The Basic Aerodynamics of a Turn

In straight-and-level flight, lift mainly acts upward to oppose weight.
In a banked turn, lift is tilted. Once lift is tilted, it has two useful components:
● A vertical component that helps support the aircraft’s weight
● A horizontal component that pulls the aircraft around the turn
The horizontal component of lift provides the inward turning force needed to curve the flight path.
The problem is that when lift is tilted, less of it is available vertically. To maintain altitude in a level turn, the aircraft must produce more total lift than it did in straight-and-level flight.
That extra lift usually requires:
● Slightly increased back pressure
● Increased angle of attack
● Sometimes increased power, especially in steeper turns
This is why turns can affect altitude, airspeed, stall speed, and load factor.
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Turn Classifications

For training purposes, turns are normally divided by angle of bank.

Turns may also be classified by flight path:

● Level turns
● Climbing turns
● Descending turns
Climbing turns are normally gentle turns. Descending turns may be gentle, medium, or steep depending on the situation and training objective.
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Bank Angle, Rate of Turn, Radius, and Load Factor

At a given airspeed, increasing the angle of bank causes important changes.
As bank angle increases:
● The rate of turn increases
● The radius of turn decreases
● The load factor increases
● The stall speed increases
At a higher airspeed and the same angle of bank:
● The rate of turn is lower
● The radius of turn is larger
This means the smallest radius and greatest rate of turn for a given bank angle occur at the lowest safe airspeed for that bank angle.
The dangerous part is that stall speed increases as bank and load factor increase. A steeper bank requires more lift, and more lift requires a higher angle of attack. If the pilot mishandles the aircraft, the stall margin can shrink quickly.
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Bank Angle and Stall Speed

As angle of bank increases in level flight, load factor increases. As load factor increases, stall speed increases.
Approximate examples from traditional training references:

For example, an aircraft that stalls at 50 knots in level flight could stall around 70 knots in a 60° level turn.
This is not trivia. It is one of the reasons steep turns, low-altitude turns, overshooting base-to-final turns, and poorly coordinated turns demand respect.
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Load Factor

Load factor is the amount of load placed on the aircraft compared to normal straight-and-level flight.
In straight-and-level flight, the aircraft is normally at about 1 G.
As bank angle increases in a level turn, load factor increases. At first the increase is slow, but it becomes much more rapid at higher bank angles.
Approximate examples:

This is why a steep turn is not just a sharper version of a gentle turn. It is a different workload and a different aerodynamic condition.
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Lookout Before and During Turns

Lookout is critical before, during, and after every turn.
Before entering a turn, the pilot must look:
● In the direction of the turn
● Above
● Below
● Ahead
● Behind as practical
● In the opposite direction as part of the clearing scan
During the turn, the pilot must continue looking in the direction of travel because the aircraft is constantly pointing toward new airspace.
When recovering from the turn, the pilot must also look around again because the aircraft is returning to a new heading and may be entering traffic or conflict.
A turn should never be treated as a heads-down manoeuvre.
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Posture During Turns

Posture matters.
The student should sit comfortably upright and avoid leaning away from the centre of the turn. Leaning, stiffening, or bracing against the turn can distort the pilot’s sense of bank and lead to rough control handling.
The better habit is:
● Sit upright
● Relax the shoulders
● Keep light but positive contact with the controls
● Ride with the turn
● Use outside references and instruments to confirm what the aircraft is doing
A tense student often over-controls. A relaxed student can feel the aircraft more accurately.
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Adverse Yaw

When entering a turn, the ailerons create different lift and drag on each wing.
The rising wing produces more drag than the descending wing. This can cause the aircraft to yaw opposite the intended turn. This is called adverse yaw.
For example, when rolling into a left turn, adverse yaw may initially try to yaw the aircraft right.
The pilot uses appropriate rudder pressure in the direction of the turn to keep the aircraft coordinated.
Modern aircraft may reduce adverse yaw through design, but the student must still understand it and use rudder correctly.
The important point:
Rudder is used to coordinate the turn, not to force the aircraft around the turn.
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Entering a Level Turn

To enter a level turn:
1. Make sure the aircraft is accurately established in straight-and-level flight.
2. Look around carefully for other aircraft.
3. Roll gently toward the desired bank angle using aileron.
4. Use appropriate rudder pressure to control adverse yaw.
5. Use elevator to maintain the correct pitch attitude relative to the horizon.
6. Maintain lookout throughout the turn.
7. Adjust power if required, especially as bank angle increases.
Any error that exists before entering the turn is likely to grow during the turn. Start from an accurate straight-and-level condition.
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Maintaining a Level Turn

In a gentle level turn, the nose position relative to the horizon may look very similar to straight-and-level flight.
As bank angle increases, more lift is required to maintain altitude. The pilot may need to increase back pressure to prevent the aircraft from descending.
If the turn becomes steeper, drag increases and airspeed may decrease unless power is added.
In a well-maintained level turn:
● The nose moves steadily around the horizon
● The nose does not rise or fall
● Airspeed remains constant
● The rate of turn remains steady
● The ball remains centred
● The altimeter remains steady at the selected altitude
This is the picture of a coordinated level turn.
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Recovering From a Level Turn

To recover from a turn:
1. Look around in the direction of recovery.
2. Roll the wings level using coordinated aileron and rudder.
3. Keep the wings level.
4. Maintain the correct pitch attitude with elevator.
5. Keep straight on the selected heading.
6. Continue lookout.
7. Trim if required.
Recovery must be anticipated. The aircraft will continue turning while the wings are being rolled level. The pilot should begin rollout before reaching the exact desired heading.
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Common Turn Entry Fault: Too Much Rudder

One of the most common beginner errors during turn entry is excessive rudder.
Too much rudder can make the aircraft skid or yaw aggressively. The goal is not to “steer” the airplane around the turn with the rudder.
A useful reminder is:
Use enough rudder to prevent adverse yaw, then stop adding rudder once coordination is established.
The ailerons establish bank. The elevator controls pitch. The rudder coordinates yaw.
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Lateral Stability in Turns

In gentle level turns, the aircraft’s lateral stability may try to return the aircraft toward wings-level flight. The pilot may need slight aileron pressure to maintain the bank.
As bank angle increases beyond a certain point, the aircraft may instead tend to continue rolling into a steeper bank.
This happens because the outside wing travels faster than the inside wing and can produce more lift. The pilot must use aileron control to maintain the desired bank angle.
The student should learn that an aircraft may not simply “stay where you put it.” It must be monitored and controlled.
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Climbing Turns

A climbing turn combines the climbing attitude with a bank.
The aircraft is turning while also increasing altitude.
In a climbing turn:
● Additional power is normally required
● The nose-up attitude is selected as in the climbing exercise
● Airspeed must be controlled
● Bank angle is usually kept gentle
● Rudder coordination remains important
● Lookout remains essential
Because the aircraft is already climbing and slower than cruise, steep climbing turns are not normally introduced early. The student should first learn gentle climbing turns from a normal climb attitude.
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Descending Turns

A descending turn combines the descent attitude with a bank.
The aircraft is turning while also losing altitude.
In a descending turn:
● Power may be reduced
● The nose-down attitude is selected as in the descending exercise
● Airspeed must be maintained
● Bank angle may be gentle, medium, or steep depending on the exercise
● Rudder coordination remains important
● Lookout remains essential
Descending turns are especially important because they later support circuit work, forced approaches, precautionary approaches, and landing patterns.
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Power-Off Descending Turns

Power-off descending turns are particularly important in forced-approach training.
In a power-off descending turn:
● The aircraft may be less responsive than in powered flight
● Airspeed control is critical
● More altitude is lost than in a straight descent
● The pilot must avoid excessive back pressure
● Recovery must be planned early
When recovering from a power-off descending turn, the elevator pressure used during the turn may need to be reduced. If the pilot keeps too much back pressure as the wings level, the nose may pitch too high and airspeed may be lost.
This is a common student trap. The aircraft attitude must be adjusted before resuming the desired straight descent or level flight.
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Climbing and Descending Turn Stability

Climbing and descending turns behave slightly differently from level turns because the relative airflow meets each wing differently.
In a descending turn, the inner wing travels a smaller radius on a downward spiral. The relative airflow can meet the inner wing at a higher angle of attack. At the same time, the outer wing travels faster. These effects can help the bank remain relatively constant in a power-off descending turn.
In a climbing turn, the inner wing is moving along an upward spiral and may meet the relative airflow at a lower angle of attack than the outer wing. The outer wing may produce extra lift because it has both greater speed and a greater angle of attack. This can cause the bank angle to increase unless the pilot controls it with aileron.
The student does not need to overthink this early. The practical rule is simple:
Monitor the bank. Maintain the selected angle. Do not assume it will stay constant by itself.
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Steep Turns

A steep turn is a turn with a bank angle greater than 30°.
Steep turns are useful because they teach the student about:
● Increased load factor
● Increased stall speed
● Coordination of all three flight controls
● Power and pitch management
● Lookout discipline
● Smooth control under higher workload
They are also useful because they show how quickly direction can change and how small the turn radius can become.
However, the practical emergency use of steep turns is limited. A pilot should not rely on steep turns to escape poor planning. Better judgment should keep the aircraft out of situations that require desperate manoeuvring.
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Entering a Steep Turn

A steep turn begins like a medium turn, but as the bank passes beyond approximately 30°, the pilot must be more active. Some back force is needed past 30 degrees keep in mind this will add some extra drag.
To enter a steep turn:
1. Complete an effective lookout.
2. Establish straight-and-level flight at the correct airspeed.
3. Roll smoothly into the turn.
4. Use coordinated rudder.
5. As bank increases beyond medium bank, apply back pressure to maintain pitch attitude.
6. Add power as required to maintain airspeed.
7. When the desired bank angle is reached, hold it with aileron.
8. Maintain lookout throughout the turn.
A steep turn requires simultaneous coordination of aileron, rudder, elevator, and power.

Use, memorize and maintain the picture you see outside.
Where does the horizon touch the windshield?
Keep in mind with an airplane that has side by side seats the image is quite differant for a left turn than a right turn.
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Maintaining a Steep Turn

In a steep turn:
● Load factor increases
● Stall speed increases
● Drag increases
● More power may be required
● More back pressure is required
● Airspeed can decrease if power is not managed
● Altitude can change quickly if pitch is not controlled
If the nose drops too far in a steep turn, do not simply pull harder. Pulling while already steeply banked can increase load factor and worsen the situation.
Instead:
● Reduce the bank slightly with coordinated aileron and rudder
● Correct the pitch attitude
● Re-establish the desired bank and airspeed
The goal is controlled correction, not force.
Some people like to use some trim past 30 degree bank and remouve it rolling out.
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Recovering From a Steep Turn

To recover from a steep turn:
1. Look around.
2. Begin rollout before the desired heading (R.O.T. 1/3 of the bank angle is a good training rate).
3. Roll the wings level with coordinated aileron and rudder.
4. Reduce back pressure as the wings become level (starting at 30 degrees).
5. Adjust power as required for straight-and-level flight.
6. Allow airspeed to stabilize.
7. Trim if required.
If the pilot keeps the same back pressure during rollout, the aircraft may pitch up as the wings level. That can lead to altitude gain and airspeed loss.
Recovery is not just “level the wings.” It is a coordinated transition back to straight-and-level flight.
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Steep Descending Turns

A steep descending turn may be used in specialized situations, such as descending through a confined area of airspace or turning in a restricted area.
Some training references mention steep descending turns in contexts such as descending through a hole in cloud or turning in a canyon. These situations are serious and can be the result of poor decision-making. The better lesson is to avoid getting trapped in those situations in the first place.
If a steep descending turn is required, technique depends on:
● Aircraft type
● Airspeed
● Bank angle
● Power setting
● Flap setting
● Terrain
● Available altitude
● Instructor guidance
● Aircraft limitations
This is not something a beginner should improvise.
The key safety message is:
Superior decision-making should prevent the need for extreme manoeuvres.
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Instrument Indications During Turns

During a turn, the instruments confirm what the outside picture should already be showing.
The student should still prioritize outside references and lookout, but instrument confirmation matters.
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Turn Coordinator / Turn-and-Bank Indicator

Depending on the aircraft, the instrument may be a turn coordinator or an older turn-and-bank indicator.
It indicates:
● Direction of turn
● Rate of turn
● Coordination using the ball
In a coordinated turn:
● The ball is centred
If the ball is inside the turn:
● The aircraft is slipping toward the inside of the turn
If the ball is outside the turn:
● The aircraft is skidding outward from the turn
The correction is made with proper rudder coordination.
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Attitude Indicator

The attitude indicator shows pitch and bank.
During a turn:
● The horizon bar remains parallel to the real horizon
● The miniature aircraft shows bank relative to the horizon bar
● The pitch picture confirms whether the nose is being held too high or too low
The attitude indicator should confirm the outside attitude picture, not replace it.
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Heading Indicator

The heading indicator shows the aircraft’s changing heading.
As the turn begins, the heading indicator rotates to show successive headings.
When the aircraft stops turning, the heading indicator stops changing.
A simple memory aid from traditional training is:
Left for less.
A left turn moves toward lower heading numbers. A right turn moves toward higher heading numbers.
This assumes normal heading indication and should be understood as a basic directional awareness aid.
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Airspeed Indicator

In a turn, the aircraft may need more lift. More lift usually means more angle of attack, which increases drag.
If drag increases and power is not adjusted, airspeed may decrease.
This is most noticeable in steep turns.
A poorly coordinated turn can make the airspeed change more noticeably. If the nose is too high, airspeed decreases. If the nose is too low, airspeed increases.
The airspeed indicator helps confirm whether pitch, power, and bank are being managed properly.
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Altimeter

In a coordinated level turn, the altimeter should remain steady at the selected altitude.
If the nose is too high, the aircraft may climb.
If the nose is too low, the aircraft may descend.
The altimeter confirms whether the pilot is maintaining the correct vertical flight path during the turn.
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What Can You Expect in This Exercise?

Your instructor may demonstrate and practise:
● Gentle level turns
● Medium level turns
● Turn entry
● Maintaining a turn
● Recovery from a turn
● Adverse yaw and rudder coordination
● Lookout before, during, and after turns
● Pitch control during turns
● Airspeed control during turns
● Altitude control during level turns
● Climbing turns
● Descending turns
● Power-off descending turns
● Steep turns, when appropriate
● Instrument indications during turns
● Correcting slips and skids
● Avoiding excessive rudder use
● Managing load factor and stall-speed awareness
This exercise builds the student’s ability to change direction without losing control of altitude, airspeed, coordination, or situational awareness.
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Common Mistakes

● Entering a turn without proper lookout
● Looking inside too much during the turn
● Using aileron without enough rudder during entry
● Using too much rudder and skidding the turn
● Letting the nose drop and airspeed increase
● Holding the nose too high and losing airspeed
● Allowing altitude to change during level turns
● Failing to add power in steeper turns
● Forgetting that stall speed increases with bank
● Over-controlling during rollout
● Rolling out too late on the desired heading
● Keeping too much back pressure during recovery
● Leaning the body away from the turn
● Stiffening up and losing control feel
● Forgetting that climbing and descending turns behave differently
● Treating rudder as a steering wheel
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Why Does This Matter?

Turning is one of the most common manoeuvres in flying.
Every circuit, departure, arrival, navigation exercise, approach, diversion, and traffic-avoidance manoeuvre depends on the pilot’s ability to turn accurately and safely.
Turns also introduce several major flight-training ideas:
● Coordination
● Load factor
● Stall-speed increase
● Adverse yaw
● Lookout discipline
● Pitch-power-bank relationships
● Slip and skid awareness
● Smooth recovery to a selected heading
A poor turn can quickly become an altitude error, airspeed problem, traffic conflict, or stall/spin risk.
A good turn is controlled, coordinated, and planned.
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Key Takeaways

● A turn changes the aircraft’s heading.
● A level turn changes direction while maintaining altitude and airspeed.
● A turn requires coordinated use of aileron, rudder, elevator, and sometimes power.
● Bank tilts lift and creates the horizontal force required to turn.
● As bank increases, load factor and stall speed increase.
● At a given airspeed, more bank means a faster turn rate and smaller turn radius.
● At a given bank angle, higher airspeed means a larger turn radius and lower rate of turn.
● Adverse yaw must be controlled with appropriate rudder.
● The ball should stay centred in a coordinated turn.
● Lookout is required before, during, and after every turn.
● In steep turns, more back pressure and power may be needed.
● Do not correct a steep nose-low turn by simply pulling harder.
● Climbing and descending turns require the same coordination but different power and attitude settings.
● A power-off descending turn is important for forced-approach training.
● Recovery from a turn requires coordinated rollout, pitch adjustment, power adjustment, lookout, and trim if required.
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Exercise Summary

Exercise Number: Air Exercise 9 
Exercise Name: Turns 
Student Role: Early PTR flight student 
Goal: Learn to enter, maintain, and recover from coordinated level, climbing, descending, and steep turns while controlling bank, pitch, airspeed, altitude, rudder coordination, lookout, and recovery to a selected heading.
Related Lesson: Adverse Yaw

ALBATROSS KNOWLEDGE GRAPH METADATA
Version 4.1

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IDENTITY

Content ID: LS-PT-AE-009-001
Content Type Code: LS
Domain Code: PT
Topic Code: AE-009
Sequence Number: 001
Knowledge Node ID: KG-PT-AE009-TURNS
Knowledge Family: Turns
Entity Type: Flight Training Lesson / Knowledge Graph Node
Lesson Title / Content Title: Air Exercise 9 — Turns
Short Title: Turns
Canonical Topic: Turns
Alternative Topic Names: Turning flight, level turns, coordinated turns, gentle turns, medium turns, steep turns, climbing turns, descending turns, bank angle, coordinated flight, turn coordination
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CLASSIFICATION

Domain: Pilot Training
Subdomain: Basic Aircraft Handling
Category: Air Exercises
Audience: Student Pilot
Jurisdiction: Canada / Transport Canada
Training System: Transport Canada PPL Flight Training
Certification Context: Private Pilot Licence — Aeroplane
Stage: Incubation
Phase: Early PTR
Training Level: Early Execution
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CORE KNOWLEDGE

Primary Concept: Coordinated aircraft control during turns using bank, rudder coordination, pitch attitude, power, lookout, and recovery timing.
Plain-Language Definition: A turn is a controlled change of heading. The pilot banks the aircraft, keeps it balanced with rudder, holds the correct pitch attitude, and rolls out on the desired heading.
Technical Definition: A turn is a manoeuvre in which the aircraft’s lift vector is inclined, producing a horizontal component of lift that changes the aircraft’s flight path. In a coordinated level turn, the pilot manages bank angle, pitch attitude, rudder coordination, airspeed, altitude, and load factor.
Key Principles:
● A turn is not just aileron; it requires coordinated use of all primary flight controls.
● Ailerons establish and control bank.
● Rudder controls yaw and helps coordinate the turn.
● Elevator maintains the required pitch attitude.
● In a level turn, lift must both support weight and provide the horizontal turning force.
● As bank angle increases, load factor increases.
● As load factor increases, stall speed increases.
● Steeper turns require more back pressure and often more power.
● Lookout is required before, during, and after every turn.
● Rollout must be anticipated before reaching the desired heading.
● The ball should remain centred in a coordinated turn.
Underlying Theory: Aerodynamics of banked flight, horizontal and vertical components of lift, adverse yaw, load factor, stall speed increase, turn radius, rate of turn, aircraft stability, coordination, and human factors related to lookout and over-control.
Why It Matters: Turning is used constantly in flying: circuits, departures, arrivals, navigation, traffic avoidance, forced approaches, and landing patterns. Poorly coordinated or poorly managed turns can lead to altitude loss, airspeed decay, excessive load factor, traffic conflict, or stall/spin risk.
Content Role: Introduces and explains the fundamentals of coordinated turns for early student pilots.
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LEARNING FRAMEWORK

Learning Outcome: By the end of this lesson, the learner should be able to describe, enter, maintain, and recover from coordinated gentle and medium turns, and explain how bank angle affects lift, load factor, stall speed, turn radius, and rate of turn.

Core Competencies:

● Turn entry
● Turn maintenance
● Turn recovery
● Lookout before and during turns
● Coordinated aileron and rudder use
● Pitch control during turns
● Altitude control in level turns
● Airspeed awareness
● Rollout timing
● Slip and skid awareness
● Bank angle awareness
● Load factor awareness
● Stall speed awareness
● Climbing turn awareness
● Descending turn awareness
● Steep turn awareness
Performance Standard: Early training standard: demonstrate smooth, coordinated turn entry, maintenance, and recovery while maintaining reasonable altitude, airspeed, heading awareness, lookout, and control coordination. Formal tolerances should be confirmed against current school standards, aircraft procedures, and the applicable flight test guide.

Prerequisites:

● LS-PT-AE-008-001 — Air Exercise 8 — Descending
● LS-PT-AE-007-001 — Air Exercise 7 — Climbing
● LS-PT-AE-006-001 — Air Exercise 6 — Straight-and-Level Flight
● LS-PT-AE-005-001 — Air Exercise 5 — Attitudes and Movements

Required Prior Knowledge:

● Straight-and-level attitude
● Basic pitch, roll, and yaw control
● Effects of controls
● Attitude and power relationship
● Rudder coordination
● Trim awareness
● Basic instrument indications
● Lookout habit
● Airspeed and altitude awareness
● Advese Yaw

Common Student Errors:

● Beginning a turn without proper lookout
● Staring inside at instruments during the turn
● Using aileron without enough rudder
● Using too much rudder and skidding the turn
● Treating the rudder like a steering wheel
● Letting the nose drop during the turn
● Holding the nose too high and losing airspeed
● Allowing altitude to change in a level turn
● Rolling out too late or too early
● Forgetting that rollout must be anticipated
● Over-controlling during entry or recovery
● Keeping too much back pressure during recovery
● Failing to add power when bank angle increases
● Forgetting that stall speed increases with bank
● Leaning away from the turn and losing body reference
● Misreading slip/skid indications

Common Misconceptions:

● “A turn is made with ailerons only.”
● “The rudder turns the airplane like a steering wheel.”
● “A steep turn is just a normal turn with more bank.”
● “The aircraft will automatically hold the bank angle.”
● “If the nose drops in a steep turn, just pull harder.”
● “Stall speed only matters in slow flight.”
● “If the aircraft is banked, it must be coordinated.”
● “The ball only matters during instrument flying.”

Frequently Asked Questions:

● Why do I need rudder in a turn?
● What is adverse yaw?
● Why does stall speed increase in a turn?
● Why does the aircraft lose altitude when I bank?
● Why does airspeed decrease in a steep turn?
● How do I know when to roll out?
● What does the ball show in a turn?
● What is the difference between a slip and a skid?
● Why do I need more back pressure in a steeper turn?
● When do I need to add power in a turn?
● What is the difference between a gentle, medium, and steep turn?
Instructor Emphasis: Emphasize Bank, Balance, Hold: bank with aileron, balance with rudder, hold the correct pitch attitude with elevator. Stress that rudder coordinates the turn; it does not “steer” the airplane around the turn. Reinforce lookout, stall-speed awareness, load factor, and smooth rollout timing.
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OPERATIONAL CONTEXT

Operational Link: Turns are used in almost every phase of flight, including departure, circuit work, navigation, approach, forced approaches, traffic avoidance, and course correction.
Real-World Applications:
● Circuit turns
● Climbing turns after departure
● Descending turns during approach
● Navigation heading changes
● Traffic avoidance
● Base-to-final turn judgment
● Forced approach positioning
● Precautionary approach patterns
● Holding visual spacing
● Steep turns for skill development and aircraft handling awareness

Related Aircraft Systems:

● Ailerons
● Rudder
● Elevator / stabilator
● Trim system
● Powerplant
● Flight controls
● Turn coordinator / turn-and-bank indicator
● Attitude indicator
● Heading indicator
● Airspeed indicator
● Altimeter
● Stall warning system
Related Human Factors:
● Fixation
● Workload management
● Lookout discipline
● Spatial orientation
● Over-control
● Tension and poor posture
● Startle response
● Traffic awareness
● Confirmation bias during rollout
● Misjudging bank angle
● Skid awareness in the circuit
Related Regulations: Aircraft must be operated within approved limitations, including speed, bank, load factor, and manoeuvring restrictions found in the applicable POH / AFM.
Turns must be conducted with proper lookout, traffic avoidance, and compliance with airspace and circuit procedures.
Related Flight Test Standards: Supports later PPL flight test skills involving medium turns, steep turns, climbing turns, descending turns, forced approaches, precautionary approaches, circuit procedures, and general aircraft handling.
Exact tolerances should be confirmed against the current Transport Canada flight test guide.
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KNOWLEDGE RELATIONSHIPS

Previous Lesson: LS-PT-AE-008-001 — Air Exercise 8 — Descending
Current Lesson: LS-PT-AE-009-001 — Air Exercise 9 — Turns
Next Lesson: LS-PT-AE-010-001 — Air Exercise 10 — Flight for Range and Endurance

Parent Concepts:

● Aircraft Control
● Basic Aircraft Handling
● Coordinated Flight
● Visual Flight Training
● Energy Management
● Primary Flight Training

Child Concepts:

● Gentle turns
● Medium turns
● Steep turns
● Level turns
● Climbing turns
● Descending turns
● Bank angle
● Adverse yaw
● Rudder coordination
● Slip and skid
● Load factor
● Stall speed increase
● Turn radius
● Rate of turn
● Rollout timing
● Posture during turns
● Instrument indications during turns
Sibling Concepts:
● Straight-and-Level Flight
● Climbing
● Descending
● Flight for Range and Endurance
● Slow Flight
● Stalls
● Spirals
● Forced Approaches

Supports:

● Circuit flying
● Base-to-final turn judgment
● Forced approaches
● Precautionary approaches
● Navigation heading changes
● Traffic avoidance
● Steep turns
● Spiral awareness
● Stall/spin awareness
● Emergency manoeuvring
● Energy management
● Approach stability
Supported By:
● Air Exercise 5 — Attitudes and Movements
● Air Exercise 6 — Straight-and-Level Flight
● Air Exercise 7 — Climbing
● Air Exercise 8 — Descending
● Effects of controls
● Lookout habits
● Basic instrument interpretation
● Rudder coordination

Related Lessons:

● LS-PT-AE-005-001 — Attitudes and Movements
● LS-PT-AE-006-001 — Straight-and-Level Flight
● LS-PT-AE-007-001 — Climbing
● LS-PT-AE-008-001 — Descending
● LS-PT-AE-010-001 — Flight for Range and Endurance
● LS-PT-AE-011-001 — Slow Flight
● LS-PT-AE-012-001 — Stalls
● LS-PT-AE-016-001 — Forced Approaches
● LS-PT-AE-017-001 — Precautionary Landings
● LS-PT-AE-018-001 — Pilot Navigation, if developed later
● LS-PT-AE-019-001 — Circuits, if developed later

Related Human Factors:

● Fixation
● Poor lookout
● Over-controlling
● Spatial disorientation
● Startle effect
● Traffic conflict
● Skid awareness
● Workload saturation
● Posture and body-position errors

Related Emergencies:

● Stall/spin risk
● Overshooting base-to-final turn
● Skidding turn near the ground
● Spiral dive recognition
● Unusual attitude recovery
● Power-off descending turns during forced approaches
● Traffic avoidance manoeuvres
Related Articles: TBD
Related Diagrams: Potential: DIA-PT-AE-009-001 — Forces in a Turn Potential: DIA-PT-AE-009-002 — Lift and Angle of Bank Potential: DIA-PT-AE-009-003 — Slip and Skid Ball Indications
Related Illustrations: Potential: ILL-PT-AE-009-001 — Aircraft in Coordinated Medium Turn Potential: ILL-PT-AE-009-002 — Posture During Turns
Related Infographics:
● INF-PT-AE-009-001 — Air Exercise 9 Turns Hero Image
● INF-PT-AE-009-002 — Bank Angles in Training
● INF-PT-AE-009-003 — Load Factor and Bank Angle Potential: INF-PT-AE-009-004 — Stall Speed Increase with Bank Angle Potential: INF-PT-AE-009-005 — Bank, Balance, Hold
Related Videos: TBD
Related Animations: Potential: ANI-PT-AE-009-001 — Turn Entry, Maintain, and Recovery Potential: ANI-PT-AE-009-002 — Slip vs Skid Ball Movement Potential: ANI-PT-AE-009-003 — Lift Vector in a Banked Turn
Related Worksheets: Potential: WS-PT-AE-009-001 — Turn Entry and Recovery Practice Sheet Potential: WS-PT-AE-009-002 — Bank Angle, Load Factor, and Stall Speed Worksheet
Related Checklists: Potential: CL-PT-AE-009-001 — Level Turn Entry and Recovery Checklist Potential: CL-PT-AE-009-002 — Steep Turn Setup and Recovery Checklist
Related Quizzes: Potential: QZ-PT-AE-009-001 — Turns Knowledge Check Potential: QZ-PT-AE-009-002 — Load Factor and Stall Speed Quiz
Related Downloads: Potential: DL-PT-AE-009-001 — Turns Student Briefing Sheet Potential: DL-PT-AE-009-002 — Turn Categories and Load Factor Reference Card
Related Glossary Terms:
● GL-PT-TURN
● GL-PT-LEVEL-TURN
● GL-PT-CLIMBING-TURN
● GL-PT-DESCENDING-TURN
● GL-PT-STEEP-TURN
● GL-PT-BANK-ANGLE
● GL-PT-ADVERSE-YAW
● GL-PT-LOAD-FACTOR
● GL-PT-STALL-SPEED
● GL-PT-SLIP
● GL-PT-SKID
● GL-PT-TURN-COORDINATOR
● GL-PT-BALL-CENTRED
● GL-PT-RATE-OF-TURN
● GL-PT-RADIUS-OF-TURN
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CAUSE & EFFECT

Cause-and-Effect Relationships:
● If the aircraft is banked, lift tilts.
● If lift tilts, part of lift acts horizontally and turns the aircraft.
● If lift tilts, less lift is available vertically unless total lift is increased.
● If bank angle increases in level flight, load factor increases.
● If load factor increases, stall speed increases.
● If bank angle increases at a given airspeed, rate of turn increases.
● If bank angle increases at a given airspeed, turn radius decreases.
● If airspeed increases at a given bank angle, rate of turn decreases.
● If airspeed increases at a given bank angle, turn radius increases.
● If aileron is applied without proper rudder, adverse yaw may occur.
● If too much rudder is used, the aircraft may skid.
● If too little rudder is used, the aircraft may slip.
● If the ball is centred, the turn is coordinated.
● If the nose is held too high, airspeed decreases and altitude may increase.
● If the nose is allowed to drop, airspeed increases and altitude may decrease.
● If a steep turn is attempted without power management, airspeed may decay.
● If the pilot pulls harder in a steep nose-low turn, load factor may increase further.
● If rollout is started too late, the aircraft overshoots the desired heading.
● If back pressure is not reduced during rollout, the aircraft may pitch up and lose airspeed.
● If lookout is poor before or during a turn, traffic conflict risk increases.
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DISCOVERY

Discovery Keywords: turns, coordinated turns, bank angle, gentle turn, medium turn, steep turn, adverse yaw, rudder coordination, load factor, stall speed increase, turn radius, rate of turn, slip, skid, ball centred, turn coordinator, aileron rudder elevator, bank balance hold, lookout during turns
Alternative Search Phrases: how to turn an airplane, how to make a coordinated turn, what is adverse yaw, why use rudder in a turn, why stall speed increases in a turn, gentle medium steep turns, how to recover from a turn, how to enter a level turn, how to do a steep turn, what does the ball mean in a turn, slipping vs skidding turn
Abbreviations: PPL, PTR, TC, FTM, FIG, POH, AFM, IAS, VSI, AI, HI, TC, G
Common Misspellings: turnes, coordinated turm, bank angel, adverse yawn, load facter, stall spead, rudder peddle, skid turn, slip turn, steep tern, airleron, alieron
Not To Be Confused With:
● Straight-and-level flight
● Climbing
● Descending
● Spiral dive
● Stall recovery
● Spin recovery
● Slipping approach
● Skidding turn
● Instrument holding turns
● Emergency steep descending turns
● Aerobatic manoeuvres
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AUTHORITY

Primary References:
● Transport Canada Flight Training Manual — Air Exercise 9: Turns
● Transport Canada Flight Instructor Guide — Air Exercise 9: Turns
● Aircraft Flight Manual / Pilot Operating Handbook for aircraft-specific limitations and procedures
Supporting References:
● Transport Canada Private Pilot Licence Flight Test Guide
● Transport Canada Pilot Training Record
● Transport Canada Aeronautical Information Manual
● Flight school SOPs and aircraft checklists
Transport Canada References:
● Flight Training Manual
● Flight Instructor Guide
● Pilot Training Record
● Private Pilot Licence Flight Test Guide
● TC AIM, as applicable to lookout, circuit procedures, and operational context
Aircraft References:
● Aircraft Flight Manual / Pilot Operating Handbook
● Normal operating speeds
● Manoeuvring speed
● Flap limitations, if applicable
● Load factor limitations
● Stall speed data
● Steep turn recommendations
● Aircraft-specific handling notes
Regulatory References:
● Canadian Aviation Regulations, as applicable to safe aircraft operation, aircraft limitations, traffic avoidance, and training conduct
● Approved AFM / POH operating limitations
Industry References:
● Flight school SOPs
● Aircraft checklists
● Manufacturer training notes
● Human factors guidance on lookout, workload, fixation, and traffic awareness
⸻

AI CONTEXT

Knowledge Node Summary: This node teaches Air Exercise 9 — Turns for early PTR student pilots. It explains level turns, gentle turns, medium turns, steep turns, climbing turns, descending turns, coordinated use of aileron, rudder and elevator, adverse yaw, load factor, stall speed increase, lookout, rollout timing, and instrument indications during turns.
Educational Purpose: To help student pilots understand that a turn is a coordinated manoeuvre requiring bank, balance, pitch control, power awareness, lookout, and anticipation rather than simply moving the control column sideways.
Context Window: This lesson follows descents and builds on attitudes, movements, straight-and-level flight, climbing, and descending. It prepares the student for range and endurance, slow flight, stalls, circuit work, forced approaches, precautionary approaches, steep turns, and later operational manoeuvring.
AI Retrieval Context: Air Exercise 9 — Turns is a Canadian PPL early PTR flight training lesson in the Pilot Training domain. It introduces coordinated turning flight using aileron, rudder, elevator, power, trim, and lookout. The lesson covers gentle, medium, and steep turns; bank angle; horizontal and vertical components of lift; adverse yaw; load factor; stall speed increase; rate and radius of turn; slip and skid awareness; turn coordinator indications; and recovery to straight-and-level flight. It is intended for student pilots learning basic aircraft handling under the Transport Canada flight training structure.
Related Knowledge Families:
● Attitudes and Movements
● Straight-and-Level Flight
● Climbing
● Descending
● Flight for Range and Endurance
● Slow Flight
● Stalls
● Forced Approaches
● Circuit Procedures
● Energy Management
● Load Factor
● Coordinated Flight
Retrieval Priority: Core
AI Confidence Notes: Bank angle categories, load factor examples, stall speed increases, and control principles are stable training concepts. Aircraft-specific speeds, limitations, steep turn procedures, and flight test tolerances must be verified against the applicable AFM / POH, current Transport Canada guidance, and local flight school SOPs.
⸻

TEACHING FRAMEWORK

Teach As: “Bank, Balance, Hold.”
Mental Model: The learner should think of a turn as a controlled redirection of lift. The aircraft banks to tilt lift, rudder keeps the aircraft coordinated, and elevator holds the correct pitch attitude so altitude and airspeed remain controlled.
Decision Rule: Before turning: lookout first. During the turn: bank, balance, hold. During recovery: lookout, rollout, reduce excess back pressure, stabilize, trim if required.
Memory Aid: Bank, Balance, Hold
● Bank: Ailerons set the bank.
● Balance: Rudder keeps the ball centred.
● Hold: Elevator maintains the pitch attitude.
Secondary memory aid:
Steeper bank = higher load factor + higher stall speed.
Instructor Notes: Teach turns from accurate straight-and-level flight. Avoid letting the student treat rudder as a steering control. Emphasize that rudder pressure is used to coordinate and counter adverse yaw. Use outside references first, then instrument confirmation. Introduce load factor and stall speed carefully so the student understands the risk without becoming afraid of normal turns. Watch for leaning posture, fixation, excessive rudder, late rollout, and pulling harder when the nose drops in steep turns.
⸻

VERSION CONTROL

Version: 1.0
Author: Normand Bidal / Albatross Pilot Pathway
Technical Reviewer: Pending
Educational Reviewer: Pending
Date Created: 2026-06-30
Last Updated: 2026-06-30
Review Frequency: Annual / when Transport Canada references, aircraft procedures, or course structure change
Next Review Date: 2027-06-30
⸻