Introduction

Emergency landing practice is a fundamental part of pilot training because it prepares students to respond safely when normal flight cannot continue. During these exercises, students learn how to control the aircraft, establish the correct glide, identify a suitable landing area, manage altitude, use the emergency checklist and communicate without becoming overwhelmed. The purpose is not to create fear or encourage risky manoeuvres. It is to develop calm habits, disciplined decision-making and aircraft-control skills under the supervision of a qualified flight instructor.

This guide mainly discusses training in light, single-engine aircraft. Emergency procedures, airspeeds, control settings and aircraft limitations vary between models. Students must always follow the approved Pilot’s Operating Handbook or Aircraft Flight Manual, official checklists, instructor guidance and applicable aviation regulations.

What Is an Emergency Landing?

An emergency landing is an unplanned landing made because continued flight may no longer be safe. It may follow a complete engine failure, partial power loss, severe engine roughness, fuel problem, mechanical issue or another serious condition.

Emergency landing situations may be divided into several general categories.

Forced Landing

A forced landing occurs when the pilot has little or no choice about continuing the flight. A complete engine failure is a common example.

Precautionary Landing

A precautionary landing is made before a developing problem becomes a serious emergency. The pilot may still have power and enough time to inspect possible landing areas.

Ditching

Ditching is an emergency landing on water. It requires specialised preparation involving aircraft configuration, wave and wind assessment, flotation equipment, passenger briefing and evacuation planning.

Landing Type	Typical Situation	Available Time	Main Training Objective
Forced landing	Continued flight is not possible	Usually limited	Maintain control and reach the safest available area
Precautionary landing	A problem is developing but flight remains controllable	Usually greater	Inspect the area and reduce risk before conditions worsen
Ditching	A landing on water is necessary	Varies	Prepare the aircraft, occupants and evacuation plan

Why Emergency Landing Training Is Important

Reading a checklist on the ground is not the same as managing a descending aircraft while evaluating terrain, wind and available altitude.

Practical training helps student pilots develop:

• Immediate aircraft-control skills

• Accurate glide-speed control

• Better landing-area judgement

• Awareness of wind and terrain

• Checklist discipline

• Workload management

• Emergency communication skills

• Passenger briefing ability

• Confidence without overconfidence

• Safer decision-making under pressure

Training also exposes common weaknesses, such as hesitation, field fixation, excessive troubleshooting and poor energy management.

Core Emergency Priorities

A useful way to organise the pilot’s responsibilities is the familiar sequence:

1. Aviate

2. Navigate

3. Communicate

Aviate

The pilot’s first responsibility is to maintain positive control of the aircraft.

This generally includes:

• Controlling pitch

• Maintaining a safe airspeed

• Preventing a stall

• Managing bank angle

• Establishing the recommended glide condition

• Trimming the aircraft when appropriate

A radio call or checklist item is not useful if the aircraft is no longer under control.

Navigate

After stabilising the aircraft, the pilot must decide where it can safely go.

This includes:

• Selecting a reachable landing area

• Considering wind direction

• Assessing terrain and obstacles

• Planning the descent

• Remaining within glide distance

• Avoiding unnecessary manoeuvring

Communicate

The pilot should communicate the emergency when aircraft control and flight-path planning are stable.

A short and clear transmission is usually more useful than a long explanation.

Priority	Main Purpose	Typical Student Error
Aviate	Maintain airspeed and control	Looking inside the cockpit while the aircraft slows
Navigate	Select and reach a landing area	Choosing an attractive but unreachable field
Communicate	Request assistance and report intentions	Making a radio call before controlling the aircraft

Preparing for Emergency Landing Practice

A safe exercise begins with proper preparation on the ground.

Before flight, the instructor and student should review:

• The purpose of the exercise

• Aircraft-specific emergency procedures

• Recommended glide speed

• Instructor-approved memory actions

• Practice-area boundaries

• Minimum recovery altitude

• Weather and wind

• Terrain and obstacles

• Nearby airports

• Radio procedures

• Instructor takeover commands

• Recovery or go-around procedure

• Actions if a real emergency develops

Both the instructor and student should clearly understand who controls the throttle and when the exercise will end.

Choosing a Safe Training Area

A suitable practice area should provide enough altitude, clear visibility and several realistic landing options.

The area should also have:

• Low traffic activity

• Suitable weather

• Clear recovery routes

• Adequate space for manoeuvring

• Minimal risk to people and property

• Appropriate terrain

• Compliance with local flight restrictions

• A realistic option for landing if a real engine problem occurs

Simulated emergency approaches should not be conducted carelessly over populated locations, unsuitable terrain or areas where low flight may disturb people or animals.

Instructor Responsibilities

The flight instructor must protect safety throughout the exercise.

The instructor should:

• Check for nearby traffic

• Confirm adequate altitude

• Introduce the scenario at an appropriate time

• Monitor airspeed and bank angle

• Prevent unsafe control movements

• Observe the student’s workload

• Protect critical engine and fuel controls

• Ensure the selected area remains reachable

• End the exercise before safety margins are reduced

• Take control immediately when required

The instructor must also distinguish clearly between a simulated failure and an actual engine problem.

How a Simulated Emergency Is Introduced

The instructor may reduce engine power and announce a simulated power failure.

The student may notice:

• Reduced engine noise

• Loss of thrust

• Decreasing climb performance

• Falling airspeed

• A change in aircraft attitude

• Increasing descent rate

• The need for immediate pitch adjustment

The correct response begins with aircraft control. The student should not wait for the airspeed to become dangerously low before lowering the nose and establishing the correct glide.

Establishing the Correct Glide

The recommended glide speed gives the aircraft its best chance of reaching a suitable landing area.

There is no single best-glide speed that applies to every aircraft. The correct value must come from the aircraft handbook.

Risks of Flying Too Slowly

Flying slower than the recommended glide speed can:

• Reduce the stall margin

• Increase the risk of loss of control

• Make turns more hazardous

• Limit available landing options

• Produce poor glide performance

Risks of Flying Too Quickly

Flying too fast may:

• Increase the descent rate

• Reduce decision-making time

• Shorten glide duration

• Create excess energy near the landing area

Factors Affecting Glide Performance

Actual glide performance may be influenced by:

• Aircraft weight

• Headwind or tailwind

• Bank angle

• Turbulence

• Flap position

• Landing-gear position

• Propeller condition

• Aircraft damage

• Pilot technique

Students should understand that the published glide performance is not a guarantee under every condition.

Using Trim During the Glide

After establishing the correct glide attitude, the pilot may use trim to reduce control pressure.

This allows more attention to be given to:

• Terrain

• Wind

• Landing-area selection

• Checklist use

• Engine indications

• Radio communication

• Approach planning

Trim does not replace active control. The student must continue checking airspeed, attitude and flight path.

Selecting the Best Available Landing Area

Landing-area selection is one of the most important decisions during an emergency.

The selected area should ideally be:

• Within realistic glide distance

• Long enough

• Wide enough

• Free from major obstacles

• Suitable for the wind

• Reasonably level

• Clear of people and traffic

• Suitable for a controlled approach

The closest open area is not always the safest choice.

Evaluating Wind

Wind affects both glide range and landing speed over the ground.

Landing into the wind normally reduces groundspeed and stopping distance, but the pilot must also consider obstacles, slope and surface condition.

Possible wind clues include:

• Smoke direction

• Windsocks

• Water movement

• Tree movement

• Aircraft drift

• Groundspeed indications

• Nearby airport reports

A strong headwind can greatly reduce the distance the aircraft can travel over the ground.

Assessing Field Length

A field may appear long from altitude but may contain hidden risks.

Students should look for:

• Trees at the far end

• Fences

• Ditches

• Power lines

• Buildings

• Rising terrain

• Crops

• Soft soil

• Irrigation equipment

• Vehicles or animals

The pilot should consider not only touchdown but also the distance required to slow and stop.

Understanding Surface Conditions

Different surfaces create different risks.

Short Grass

Short grass may provide a relatively smooth landing surface, but the student must still look for soft ground, holes and hidden obstacles.

Long Crops

Tall crops can slow the aircraft quickly and may damage the landing gear or cause loss of directional control.

Ploughed Ground

Ploughed fields may be soft and uneven. Landing direction in relation to the furrows may affect aircraft control.

Roads

Roads may appear suitable but can contain:

• Vehicles

• Signs

• Bridges

• Poles

• Wires

• Sharp curves

• Pedestrians

A road should not automatically be selected over an open field.

Water

Water landings require separate ditching procedures. Students should not apply normal field-landing assumptions to a water landing.

Checking Slope

Slope can affect landing distance and aircraft control.

An uphill landing may help slow the aircraft, while a downhill landing may increase groundspeed and stopping distance.

However, wind, obstacles and terrain may make a downhill or cross-slope approach safer than an obstructed uphill approach. The complete situation must be considered.

Detecting Obstacles

Power lines are especially difficult to see from the air.

Students should search for:

• Poles

• Roads leading to buildings

• Transformer structures

• Fences

• Tree lines

• Irrigation systems

• Vehicles

• Livestock

• People

• Uneven terrain

Poles may be easier to identify than the wires themselves.

Choosing Between Common Landing Options

Agricultural Land

Advantages may include large open areas and multiple approach directions.

Risks may include:

• Crops

• Soft soil

• Fences

• Irrigation channels

• Animals

• Hidden equipment

Roads

Advantages may include a firm and visible surface.

Risks may include:

• Traffic

• Wires

• Signs

• Bridges

• Limited width

• Curves

Airports

Airports offer prepared runways and possible emergency assistance.

However, students should not attempt to reach an airport that lies beyond the aircraft’s realistic glide range.

Open Ground

Open ground can be useful when the surface, approach path and available length are suitable.

Beaches

Beaches may look clear but can contain:

• People

• Soft sand

• Water channels

• Rocks

• Changing tides

• Vehicles

Committing to a Landing Area

Students often waste altitude searching for a perfect field.

The pilot should select the best reasonable option and commit to it unless:

• The field becomes unreachable

• A major obstacle is discovered

• The wind assessment changes

• A clearly safer option becomes available

• Conditions make the original area unsuitable

Changing fields repeatedly can lead to an unstable approach and poor altitude management.

Planning the Descent

After selecting the landing area, the pilot must plan a path that keeps the area within reach.

The plan should consider:

• Current altitude

• Distance from the field

• Wind

• Aircraft glide performance

• Terrain

• Obstacles

• Turn direction

• Desired touchdown point

• Configuration

• Training recovery altitude

The student should avoid flying too far from the selected area.

Using Reference Positions

Some instructors teach emergency approaches using high-key and low-key positions. Others use a modified circuit or continuous visual assessment.

Reference positions help students judge:

• Height

• Distance

• Turn timing

• Wind effect

• Landing alignment

• Available energy

These positions should not be treated as fixed points that work in every aircraft or situation.

Remaining Within Glide Range

A common training mistake is flying an emergency pattern that is too wide.

This may happen when the student:

• Extends downwind too far

• Turns toward the field too late

• Misjudges a headwind

• Adds flaps too early

• Makes unnecessary turns

• Copies a normal circuit pattern

An emergency approach should be adjusted to the aircraft’s actual energy rather than flown like a normal powered landing.

Managing Excess Altitude

Being high is often more manageable than being low because excess energy can sometimes be removed.

Instructor-approved methods may include:

• Adjusting the approach path

• Shortening or widening selected turns

• Using flaps at the correct time

• Performing a forward slip when permitted

• Moving the touchdown point

• Changing the turn position

Students should never use steep, uncoordinated or aggressive low-altitude manoeuvres to lose height.

Managing Insufficient Altitude

When the aircraft appears low, the student should not pull back and attempt to stretch the glide.

Instead, the pilot should:

• Maintain the correct glide speed

• Reduce unnecessary turns

• Avoid early flap extension

• Reassess the landing area

• Select a closer area when necessary

• Prepare for the safest reachable touchdown point

Pulling back cannot create additional energy and may result in a stall.

Using the Emergency Checklist

The emergency checklist should support the pilot’s actions, not distract from aircraft control.

A general training framework may include:

1. Control the aircraft.

2. Establish the recommended glide.

3. Select a landing area.

4. Position the aircraft toward it.

5. Complete approved immediate actions.

6. Verify actions using the checklist.

7. Consider restart actions when appropriate.

8. Prepare for landing.

9. Communicate when workload permits.

This is not a universal emergency procedure. The approved aircraft checklist must always take priority.

Memory Actions

Some aircraft procedures include immediate actions that must be performed without first reading the checklist.

Students should memorise only the actions specifically approved for their aircraft.

They should never:

• Copy emergency actions from another aircraft

• Invent personal procedures

• Move critical controls without confirmation

• Remain focused inside the cockpit

• Continue troubleshooting close to the ground

Troubleshooting and Restart Attempts

A restart may be considered when altitude and time permit.

Possible checklist areas may include:

• Fuel supply

• Fuel selector

• Mixture

• Fuel pump

• Carburettor heat where applicable

• Ignition

• Engine instruments

• Air intake

The correct sequence depends on the aircraft.

The pilot should maintain the glide and continue toward the selected landing area while troubleshooting. A restart attempt must not replace the landing plan.

Knowing When to Stop Troubleshooting

At some point during the descent, landing preparation becomes more important than engine diagnosis.

Troubleshooting should normally stop when:

• Altitude becomes limited

• The approach requires full attention

• The landing area is close

• The aircraft is not properly aligned

• The field may no longer be reachable

• Workload becomes excessive

A controlled landing is more important than completing every checklist item.

Emergency Radio Calls

When aircraft control and landing planning are stable, the pilot should make a clear emergency transmission.

Useful information may include:

• Distress or urgency call

• Aircraft identification

• Nature of the problem

• Position

• Altitude

• Intended landing area

• Pilot’s intentions

• Number of people onboard

• Assistance required

Students should learn the frequencies, phraseology and transponder procedures required by their local aviation authority.

Passenger Briefing

Passengers need short and direct instructions.

When workload permits, the pilot may tell them to:

• Tighten seat belts and shoulder harnesses

• Secure loose items

• Keep clear of the controls

• Review the emergency exits

• Follow brace instructions

• Leave personal belongings behind

• Move away from the aircraft after evacuation

The briefing should be calm and easy to understand.

Configuring the Aircraft

Configuration decisions vary according to aircraft design and landing conditions.

The pilot may need to consider:

• Flap setting

• Landing gear

• Propeller controls

• Fuel controls

• Electrical systems

• Door or canopy procedures

• Harnesses

• Passenger preparation

High-drag devices should generally not be extended too early unless required by the approved procedure.

Determining When the Landing Is Assured

A landing is considered assured when the selected area can be reached without relying on engine power.

At this point, the pilot may:

• Apply the planned flap setting

• Adjust the touchdown point

• Complete final checklist actions

• Brief passengers

• Make a final radio transmission

• Prepare for touchdown

During training, the instructor must end the exercise before safety margins are reduced.

Recovering From the Practice Approach

The recovery is an important part of the exercise.

When the instructor announces the go-around or recovery, the student should follow the aircraft’s normal procedure.

This may include:

• Applying power smoothly

• Controlling pitch

• Managing trim forces

• Maintaining directional control

• Retracting flaps in stages

• Establishing the correct climb speed

• Checking engine indications

• Returning to a safe altitude

An aircraft trimmed for a glide may produce strong nose-up forces when power is applied. The pilot must anticipate this and maintain positive control.

When the Exercise Should Be Stopped

The instructor should stop the practice when:

• Airspeed becomes unsafe

• Aircraft control begins to deteriorate

• Traffic creates a conflict

• Weather changes

• The selected field is no longer suitable

• The minimum recovery altitude is reached

• People or property may be endangered

• The engine responds abnormally

• The student becomes overloaded

• The training objective has been achieved

No training exercise is more important than safety.

Common Student Errors

Slow Initial Response

Hesitation after power reduction can allow airspeed to decrease rapidly.

Checklist Fixation

Students may look down for too long and lose awareness of attitude, terrain or traffic.

Poor Field Selection

An open area may be chosen without checking slope, wires, surface or reachability.

Misjudging Wind

A strong headwind may make a field unreachable even when it appears close.

Flying Too Far From the Field

A wide pattern can remove the pilot’s ability to reach the landing area.

Early Flap Extension

Adding drag too soon may create an undershoot.

Repeatedly Changing Fields

Constant field changes reduce planning stability and waste altitude.

Excessive Low-Level Bank

Steep turns at low airspeed increase the risk of a stall and loss of control.

Overusing Restart Procedures

Troubleshooting may continue when full attention should be given to landing.

Poor Recovery Control

Rapid power application without pitch and trim control can create an unsafe climb attitude.

Human Factors

Emergency training must address mental performance as well as aircraft handling.

Startle Effect

An unexpected power reduction may cause a delay before the student responds.

Tunnel Vision

The pilot may concentrate on one instrument, field or checklist item.

Task Saturation

Aircraft control, navigation, checklist use and communication can exceed the student’s available attention.

Confirmation Bias

A pilot may continue believing that a distant runway is reachable despite evidence to the contrary.

Decision Paralysis

The search for a perfect option can prevent timely commitment.

Overconfidence

A successful training exercise does not guarantee that a real emergency will unfold in the same way.

Regular scenario-based training helps students recognise and manage these reactions.

Recommended Training Progression

Ground Preparation

Review aircraft systems, emergency procedures, glide performance and landing-area selection.

Static Cockpit Drill

Practise locating controls and checklists while the aircraft is parked.

Instructor Demonstration

Observe the correct sequence at a safe altitude.

Glide Practice

Develop accurate airspeed and trim control.

Field-Selection Exercise

Practise judging wind, surface, slope and obstacles.

Full Simulated Approach

Combine aircraft control, planning, checklist use and communication.

Changing Scenarios

Practise with different altitudes, winds and landing-area positions.

Partial-Power Training

Learn how limited power may affect available options.

Recovery Practice

Develop smooth go-around and trim-management skills.

Debriefing

Review what worked, what failed and how the decisions could improve.

Practical Training Examples

Scenario One: Power Loss at Cruise Altitude

Training objective: Establish the glide and choose a realistic landing area.

Common error: Spending too long troubleshooting.

Instructor focus: Airspeed, field selection and task priority.

Main lesson: Altitude is useful only when the pilot manages it effectively.

Scenario Two: Power Loss Near an Airport

Training objective: Decide whether the runway is actually reachable.

Common error: Ignoring closer landing areas.

Instructor focus: Glide distance, wind and alternative options.

Main lesson: A runway is not automatically the safest choice.

Scenario Three: Strong Headwind

Training objective: Understand reduced ground range.

Common error: Using still-air glide expectations.

Instructor focus: Wind assessment and earlier field selection.

Main lesson: Wind can significantly change what is reachable.

Scenario Four: Excess Height

Training objective: Manage altitude without aggressive manoeuvring.

Common error: Making steep turns near the ground.

Instructor focus: Early planning and approved drag-management techniques.

Main lesson: Excess height should be managed gradually.

Scenario Five: Obstacle Discovered Late

Training objective: Reassess the landing plan.

Common error: Delaying the decision to change fields.

Instructor focus: Timely evaluation and commitment.

Main lesson: A new landing area should be selected while sufficient altitude remains.

Emergency Landing Study Checklist

This is a study aid, not an operational emergency checklist.

• Learn the approved best-glide speed.

• Study the aircraft emergency checklist.

• Memorise only authorised immediate actions.

• Know where the checklist is stored.

• Review wind effects on glide range.

• Practise recognising field slope and surface.

• Search actively for power lines.

• Learn local emergency radio procedures.

• Practise passenger briefings.

• Understand the instructor’s recovery command.

• Review the aircraft go-around procedure.

• Debrief every practice exercise.

• Complete recurrent training regularly.

Role of the Flight Instructor

The instructor helps students turn theoretical knowledge into safe habits.

Instructor guidance should help the student:

• Control the aircraft immediately

• Follow aircraft-specific procedures

• Judge glide range accurately

• Select realistic landing areas

• Maintain situational awareness

• Use the checklist efficiently

• Recognise unsafe turns

• Communicate clearly

• Recover smoothly

• Learn from errors

Training should become more complex only after the student demonstrates reliable aircraft control.

Preflight Risk Reduction

Careful preflight preparation cannot prevent every emergency, but it can reduce avoidable problems.

Important actions include:

• Confirming fuel quantity

• Checking fuel quality

• Inspecting fuel caps

• Checking oil

• Looking for leaks

• Reviewing maintenance status

• Completing the engine run-up

• Checking engine indications

• Reviewing weather

• Calculating aircraft performance

• Identifying possible landing areas after takeoff

• Briefing emergency actions before departure

A rushed preflight can allow preventable problems to reach the air.

Actions After a Real Emergency Landing

Once the aircraft stops, the priorities change.

General actions may include:

1. Secure the aircraft using the approved checklist.

2. Evacuate if fire, smoke or fuel creates danger.

3. Help passengers move away from the aircraft.

4. Contact emergency services.

5. Provide first aid within the pilot’s training.

6. Use available survival equipment.

7. Avoid returning to an unsafe aircraft.

8. Preserve information about the event.

9. Follow local accident-reporting requirements.

10. Cooperate with rescue and investigation authorities.

Legal and reporting requirements differ between countries.

Practical Emergency Landing Training Plan

Training Activity	Skill Developed	Common Student Error	Instructor Focus	Review Material
Cockpit drill	Control and checklist familiarity	Searching too long	Fast and accurate identification	POH or AFM
Glide exercise	Airspeed and trim control	Flying too fast or slow	Stable attitude and outside reference	Performance section
Field assessment	Risk evaluation	Choosing an unreachable area	Wind, slope, surface and obstacles	Emergency procedures
Simulated cruise failure	Workload management	Troubleshooting first	Aviate, navigate, communicate	Emergency checklist
Approach planning	Energy management	Flying too wide	Altitude and distance control	Instructor notes
Radio exercise	Communication	Giving too much information	Brief and clear phraseology	Local communication guide
Passenger briefing	Cabin preparation	Unclear instructions	Calm and direct wording	Safety briefing
Recovery exercise	Go-around control	Poor trim management	Smooth power and pitch control	Go-around procedure

Frequently Asked Questions

1. What is emergency landing practice?

Emergency landing practice is a supervised exercise that teaches pilots how to control the aircraft, select a landing area and prepare for a landing when normal flight may not continue.

2. Can student pilots practise emergency landings alone?

No. Simulated emergency landing exercises should be conducted under the supervision of a qualified flight instructor or authorised evaluator.

3. Is the engine turned off during practice?

Normally, the engine remains operating at reduced power so that the instructor can recover safely. Students must never shut down an engine without specific authorisation and approved procedures.

4. What is the first action after a simulated power loss?

The first action is to maintain control and establish the aircraft-specific recommended glide condition.

5. How should a pilot choose a landing field?

The pilot should consider distance, wind, surface, slope, obstacles, people, field length and the ability to fly a controlled approach.

6. Is the nearest open field always the best option?

No. The nearest field may contain wires, crops, soft ground or unsuitable terrain. The best option is the safest reachable area.

7. When should flaps be used?

Flaps should be used according to the aircraft handbook and instructor guidance, normally when the landing area is assured.

8. Can a pilot increase glide distance by raising the nose?

No. Raising the nose excessively reduces airspeed and may lead to a stall. The pilot should maintain the recommended glide speed.

9. When should troubleshooting stop?

Troubleshooting should stop when altitude is limited, the approach needs full attention or continuing the checklist could threaten aircraft control.

10. How often should emergency landing practice be completed?

Emergency procedures should be reviewed regularly through recurrent, instructor-led training. The appropriate frequency depends on pilot experience, aircraft type and recent flying activity.

Key Takeaways

• Maintain aircraft control before completing any other task.

• Use the best-glide speed published for the aircraft.

• Choose a suitable and reachable landing area early.

• Consider wind, surface, slope and obstacles.

• Keep the selected area within glide range.

• Follow aircraft-specific checklists.

• Stop troubleshooting when landing becomes the main priority.

• Do not attempt to stretch the glide.

• Use configuration changes only when appropriate.

• Practise recoveries and go-arounds carefully.

• Complete all exercises with qualified supervision.

• Continue emergency training after earning a pilot licence.

Conclusion

Emergency landing training gives student pilots the practical skills needed to respond calmly and methodically when continued powered flight becomes uncertain. The most important habits are maintaining aircraft control, establishing the correct glide, selecting a realistic landing area, managing altitude carefully and using the approved checklist without losing situational awareness. Regular instructor-led practice helps students recognise poor decisions, avoid dangerous low-altitude manoeuvres and develop stronger emergency judgement. Astropilot.co provides educational guidance for aviation learners, but all practical emergency training must be completed under qualified supervision and according to aircraft-specific procedures.