Balance Assessment

Understand what may be affecting your stability, confidence and mobility

A balance assessment looks at how well you maintain stability during standing, walking and everyday movement.

Balance depends on several systems working together, including strength, sensation, vision, the inner ear and the brain. Difficulties in any of these areas can make someone feel unsteady, reduce confidence or increase the risk of falls.

A physiotherapy balance assessment can help identify which factors may be contributing and guide a rehabilitation programme based on your individual needs.

Balance problems should not automatically be accepted as a normal part of ageing. Appropriate assessment and exercise can help many people improve strength, stability and confidence with movement.

What is a balance assessment?

A balance assessment is a structured evaluation of your ability to remain stable during different positions and activities.

It may look at:

• Standing balance
• Single-leg balance
• Walking
• Turning
• Stepping
• Transfers
• Strength
• Coordination
• Reaction to changes in position
• Confidence during movement

The exact tests depend on your symptoms, age, medical history and goals.

For some people, the assessment is focused on falls prevention.

For others, it may help understand dizziness, neurological symptoms, weakness or difficulties returning to higher-level activity.

Who may benefit from a balance assessment?

A balance assessment may be useful if you:

• Feel unsteady when standing or walking
• Have experienced falls
• Have frequent near-falls
• Feel less confident outdoors
• Have difficulty walking on uneven ground
• Hold onto furniture when moving around
• Struggle with stairs
• Feel unstable when turning
• Have difficulty standing on one leg
• Have reduced mobility after illness or injury
• Have a neurological condition
• Experience dizziness or vertigo
• Have noticed a recent change in your walking
• Are worried about falling

A balance assessment can also be useful before problems become severe if you have noticed that your confidence or mobility is beginning to reduce.

What happens during your first appointment?

The assessment begins with a discussion about your balance and mobility.

You may be asked about:

• When the problem started
• Previous falls
• Near-falls
• Dizziness
• Walking ability
• Walking aids
• Joint pain
• Weakness
• Vision
• Neurological conditions
• Medication
• Previous injuries
• Recent surgery
• Everyday activities
• Your home environment
• Your confidence when moving

Understanding when and where you feel unstable can help determine which areas need further assessment.

Falls history

If you have fallen previously, the clinician may ask:

• How many times you have fallen
• Where the falls occurred
• What you were doing
• Whether you felt dizzy beforehand
• Whether you tripped
• Whether your legs gave way
• Whether you lost consciousness
• Whether you were injured

Falls can have many causes.

A detailed history can help determine whether physiotherapy alone is appropriate or whether further medical assessment is needed.

Standing balance

You may be asked to stand in several positions.

This might include:

• Feet apart
• Feet together
• One foot partly in front of the other
• One foot directly in front of the other
• Standing on one leg

The clinician may look at:

• How steady you are
• Whether you need support
• How long you can maintain the position
• Whether one side is more difficult

The tests are selected according to what can be completed safely.

Static and dynamic balance

Balance can be divided broadly into static and dynamic control.

Static balance

Static balance involves maintaining stability while staying relatively still.

Examples include:

• Standing
• Standing with feet together
• Standing on one leg

Dynamic balance

Dynamic balance involves maintaining control while moving.

Examples include:

• Walking
• Turning
• Stepping
• Reaching
• Changing direction

Someone may have reasonable standing balance but still struggle with more demanding movement.

For this reason, assessment usually considers more than standing still.

Walking assessment

Walking provides important information about balance.

The clinician may observe:

• Walking speed
• Step length
• Foot clearance
• Step width
• Weight transfer
• Arm movement
• Differences between sides

You may also be asked to walk:

• Faster
• More slowly
• Around obstacles
• While turning

Digital gait analysis may occasionally be used if more detailed information is required.

Turning

Turning can be particularly challenging for people with balance problems.

The assessment may look at:

• How many steps you use
• How quickly you turn
• Whether you become unstable
• Whether you need support

Turning difficulties can occur with:

• Reduced balance
• Weakness
• Neurological conditions
• Vestibular problems

Specific turning practice can be included in rehabilitation where appropriate.

Stepping reactions

Good balance does not mean never losing your balance.

An important part of balance is being able to react quickly when stability is disturbed.

The assessment may therefore consider how you respond when:

• Stepping forwards
• Stepping sideways
• Stepping backwards
• Changing direction

The aim is to develop safer and more effective recovery strategies.

Single-leg balance

Standing on one leg requires:

• Strength
• Ankle control
• Hip control
• Sensory information
• Coordination

Single-leg balance may be relevant for:

• Walking
• Stairs
• Dressing
• Running
• Sport

Not everyone needs to be able to hold a long single-leg position.

The test is interpreted according to your functional needs.

Strength assessment

Weakness can contribute significantly to balance problems.

The assessment may look at strength in areas such as:

• Quadriceps
• Hamstrings
• Calves
• Gluteal muscles
• Hip muscles
• Trunk

Functional tests may also include:

• Sit-to-stand
• Step-ups
• Repeated chair stands

If weakness is identified, strengthening may become a major part of rehabilitation.

Sit-to-stand assessment

Getting up from a chair requires:

• Leg strength
• Balance
• Coordination

The clinician may assess:

• Whether you need your arms
• How quickly you stand
• Whether you shift towards one side
• Whether repeated standing becomes difficult

Improving sit-to-stand ability can make a significant difference to everyday independence.

Stair assessment

Stairs place greater demand on:

• Leg strength
• Single-leg balance
• Coordination
• Confidence

If stairs are difficult, the assessment may look at:

• Going up
• Going down
• Use of handrails
• Step pattern

Treatment can then include specific strength and stair practice.

Balance with reduced vision

Vision provides important information about the environment and your body’s position within it.

Some balance tests may therefore be performed with reduced visual input where appropriate and safe.

This can help identify whether you rely heavily on vision to remain stable.

The clinician will only use these tests when suitable.

Sensation and balance

Sensation from the feet and legs helps the brain understand where the body is positioned.

Reduced sensation can occur with certain:

• Neurological conditions
• Peripheral nerve problems
• Medical conditions

If sensation is reduced, balance may become more difficult, particularly:

• In the dark
• On uneven surfaces
• When visual information is limited

The rehabilitation programme may need to take this into account.

Vestibular system and balance

The vestibular system is located within the inner ear and contributes to:

• Balance
• Spatial orientation
• Eye and head coordination

Vestibular problems can cause symptoms such as:

• Dizziness
• Vertigo
• Unsteadiness
• Difficulty moving the head while walking

If vestibular involvement is suspected, a more specific vestibular assessment may be required.

Balance and dizziness

Feeling dizzy and feeling off balance are not always the same thing.

Dizziness may describe:

• Spinning
• Light-headedness
• Floating sensations
• General unsteadiness

Understanding the exact sensation and what triggers it can help determine whether the problem may relate to:

• The vestibular system
• Blood pressure
• Medication
• Other medical causes

Persistent or unexplained dizziness may need medical assessment.

Balance after stroke

Stroke can affect balance through changes in:

• Strength
• Sensation
• Coordination
• Vision
• Awareness
• Muscle tone

Assessment may look at:

• Sitting
• Standing
• Weight transfer
• Walking
• Turning
• Stepping reactions

Rehabilitation is adapted according to the individual’s neurological presentation.

Balance and Parkinson’s

Parkinson’s disease may affect:

• Posture
• Walking
• Turning
• Step length
• Movement initiation
• Recovery reactions

A balance programme may include:

• Strengthening
• Larger movement practice
• Stepping
• Turning
• Walking
• Dual-task exercises

The programme should reflect the person’s current ability and stage of the condition.

Balance and multiple sclerosis

Multiple sclerosis may affect balance because of:

• Weakness
• Fatigue
• Sensory changes
• Coordination difficulties
• Visual problems

Balance may also change depending on fatigue.

Assessment may therefore consider both short tasks and how movement changes with repeated activity.

Balance after injury

Lower-limb injuries can temporarily reduce balance.

This is common after:

• Ankle sprains
• Knee injuries
• Fractures
• Periods of immobilisation

The injured side may feel:

• Less stable
• Weaker
• Less confident

Balance training can be progressed alongside strength and normal movement.

Balance after surgery

Balance may reduce after surgery because of:

• Pain
• Weakness
• Reduced activity
• Joint stiffness
• Time using walking aids

Assessment can help identify whether additional work is needed before returning to normal activity.

Rehabilitation should continue to follow any surgical restrictions.

Balance after joint replacement

Following hip or knee replacement, balance rehabilitation may include:

• Weight transfer
• Standing
• Walking
• Stepping
• Single-leg control

Strengthening the hips and legs is often important alongside balance exercises.

Balance and ageing

Balance can change with age because of several factors, including:

• Reduced strength
• Reduced physical activity
• Changes in vision
• Changes in sensation
• Medical conditions
• Medication

This does not mean that worsening balance should simply be ignored.

Appropriate exercise that challenges both strength and balance may help improve mobility and reduce falls risk.

Balance assessment for older adults

An assessment for an older adult may include:

• Falls history
• Walking
• Transfers
• Strength
• Balance
• Walking aids
• Confidence

Depending on the situation, wider assessment may also be required for factors such as:

• Medication
• Vision
• Blood pressure
• Foot problems
• Home hazards

Falls are often influenced by several factors rather than one isolated balance problem.

Fear of falling

After a fall, some people become increasingly worried about falling again.

This can lead to:

• Less walking
• Avoiding outdoor activity
• Holding onto furniture
• Reduced exercise
• Loss of confidence

Unfortunately, reducing activity for long periods can lead to further weakness.

Rehabilitation may therefore include gradual exposure to movement alongside strength and balance exercises.

Balance and confidence

Confidence is an important part of mobility.

Someone may have enough physical ability to perform a task but avoid it because they do not trust their balance.

Treatment may gradually practise:

• Standing
• Walking
• Turning
• Stairs
• Outdoor mobility

The level of difficulty can increase as confidence develops.

Balance and walking aids

Some people may benefit from a:

• Walking stick
• Crutch
• Walking frame

The assessment can consider whether an aid:

• Improves stability
• Reduces pain
• Allows safer walking
• Increases confidence

Using a walking aid does not necessarily mean that balance rehabilitation should stop.

Strength and balance can still be developed where appropriate.

Falls prevention

For people who have fallen or are at increased risk, balance assessment may form part of a wider falls prevention programme.

This may involve:

• Strength exercises
• Balance exercises
• Walking practice
• Reviewing mobility aids
• Advice about home safety
• Referral for other relevant assessments

The programme should be tailored to the person’s level of mobility and the factors contributing to falls risk.

Strength and balance training

Improving balance often requires more than practising standing exercises.

Strengthening may include:

• Sit-to-stands
• Squats
• Step-ups
• Calf raises
• Hip strengthening

Balance training may include:

• Narrow-stance standing
• Tandem standing
• Single-leg work
• Reaching
• Stepping

Exercises should gradually become more challenging as ability improves.

Dynamic balance training

Everyday balance involves movement.

Exercises may therefore progress towards:

• Walking around obstacles
• Changing direction
• Side stepping
• Backwards walking
• Reaching while standing
• Stepping over objects

The exercises should reflect the situations that are difficult for you.

Reactive balance training

Unexpected changes happen during everyday life.

You may:

• Trip
• Be bumped
• Misjudge a step

Reactive balance training aims to improve your ability to respond quickly.

Where appropriate and safe, exercises may include controlled practice of:

• Quick stepping
• Direction changes
• Recovery movements

The level depends on your ability and condition.

Dual-task balance

Balance can become more difficult when attention is divided.

For example, you may be walking while:

• Talking
• Carrying something
• Looking around
• Thinking about another task

Some rehabilitation programmes therefore include dual-task exercises.

These are introduced gradually where appropriate.

Uneven surfaces

Walking outdoors involves more challenging surfaces than a clinic floor.

You may need to manage:

• Grass
• Slopes
• Gravel
• Kerbs
• Uneven pavements

If these environments are difficult, rehabilitation can gradually include more realistic walking challenges.

Safety remains the priority.

Balance for returning to sport

Athletes may also need balance assessment after injury.

For sport, the assessment may become more demanding and include:

• Single-leg control
• Hopping
• Landing
• Direction changes

Simple standing balance is unlikely to be enough to determine readiness for sport.

Strength, power and sport-specific testing may also be required.

Balance after ankle sprain

Ankle sprains can affect both strength and balance.

Rehabilitation may include:

• Calf strengthening
• Single-leg balance
• Reaching
• Hopping
• Direction changes

For athletes, training should eventually progress beyond static balance towards sport-specific movement.

Balance after knee injury

Knee injuries may affect confidence and single-leg control.

Assessment may include:

• Single-leg standing
• Squats
• Step-downs
• Hopping where appropriate

Strength testing may also be important because poor control can sometimes reflect weakness rather than balance alone.

Balance and hypermobility

People with hypermobility may have more joint movement than average.

Treatment may therefore focus less on increasing flexibility and more on:

• Strength
• Joint control
• Balance
• Confidence

Exercises can be progressively loaded according to tolerance.

Balance and fatigue

Some people notice that their balance becomes worse when tired.

This can occur with:

• Neurological conditions
• Reduced fitness
• Long periods of activity

Assessment may consider whether stability changes after repeated movements or walking.

Exercise planning can then address both balance and endurance.

Balance and footwear

Footwear can influence stability.

Assessment may consider whether shoes are:

• Secure
• Comfortable
• Appropriate for the activity

However, footwear is only one factor.

Changing shoes will not replace strengthening or rehabilitation when physical balance limitations are present.

Balance and home safety

For someone at risk of falling, the home environment may also need to be considered.

Potential issues can include:

• Loose rugs
• Poor lighting
• Cluttered walkways
• Difficult stairs

Environmental changes may complement physical rehabilitation.

They should not necessarily replace activity or exercise.

How is balance measured?

Different clinical tests may be used depending on the individual.

These can assess:

• Standing balance
• Walking
• Functional mobility
• Transfers

The value of testing is not simply the score.

Results can help:

• Establish a baseline
• Identify areas to work on
• Monitor change

The clinician should select tests that are relevant to your condition.

Reassessment

Balance tests may be repeated after a period of rehabilitation.

Progress may include:

• Longer standing time
• Improved walking speed
• Easier turning
• Better stepping
• Fewer falls
• Greater confidence

Not every improvement needs to be reflected in a single test score.

Being able to participate more fully in everyday life is also an important outcome.

Balance assessment and digital gait analysis

If walking appears to be an important part of the problem, digital gait analysis may sometimes provide additional information.

This could assess:

• Walking speed
• Step length
• Symmetry
• Timing

Digital tools are most useful when the information will help guide treatment.

When balance problems require further medical assessment

Balance problems can sometimes have causes that require medical investigation.

Seek urgent medical help for sudden balance problems associated with symptoms such as:

• Facial weakness
• New arm or leg weakness
• Difficulty speaking
• Sudden severe headache
• Sudden vision changes
• New severe coordination problems

Further medical assessment may also be needed for:

• Repeated fainting
• Unexplained falls
• New persistent numbness
• Rapidly worsening balance
• Significant unexplained dizziness

Balance rehabilitation should not delay investigation of concerning symptoms.

Assessment based on your goals

Balance rehabilitation should relate to the activities that matter to you.

Your goals may include:

• Walking more confidently
• Reducing falls
• Returning to outdoor walking
• Managing stairs
• Walking without holding onto furniture
• Returning after injury
• Improving balance for sport
• Regaining independence
• Feeling safer when turning
• Increasing general activity

The assessment can then focus on the areas most relevant to these goals.

What happens after a balance assessment?

Following assessment, your programme may include:

• Strength exercises
• Balance exercises
• Walking practice
• Stepping exercises
• Turning practice
• Functional training
• Advice about walking aids
• Vestibular rehabilitation where appropriate
• Falls prevention strategies

If another medical or sensory issue appears to be contributing, referral to an appropriate healthcare professional may be recommended.

How long does balance rehabilitation take?

There is no fixed timeline.

Progress depends on factors such as:

• Cause of the balance problem
• Strength
• Falls history
• Neurological conditions
• General health
• Confidence
• Exercise consistency

Some people may need a relatively short programme.

Others with long-standing or neurological balance difficulties may benefit from ongoing exercise and periodic review.