Have you noticed that your balance isn’t quite as good as it used to be?

Maybe you feel a little less steady when you get out of bed in the morning.

Perhaps you automatically reach for the railing when going down stairs.

Walking across grass, stepping off a curb, navigating a dark room, or standing on one leg may feel more difficult than it did 10 or 20 years ago.

If so, you may be wondering:

“Why is my balance getting worse as I get older?”

There is some truth to the idea that balance changes with age. Research has identified age-related changes in the sensory, muscular, neurological, and cognitive systems involved in maintaining balance.¹˒²

But that doesn’t mean significant balance problems should simply be accepted as an inevitable part of getting older.

In fact, understanding why balance changes is one of the first steps toward determining what you can do about it.

Balance Is More Complicated Than You May Think

We often talk about balance as if it were one ability.

It isn’t.

Your ability to stay upright depends on multiple systems working together every second you are standing or moving.

Your brain receives information from three primary sensory systems:

Your eyes

Your visual system tells your brain where you are in relation to the objects and environment around you.

Your inner ear

Your vestibular system detects movement and changes in the position of your head.

Your muscles, joints, and feet

Your somatosensory system provides information about where different parts of your body are positioned and how your feet are interacting with the ground.

Your brain takes all of this sensory information, processes it, and sends instructions to your muscles.

Your muscles then make the adjustments necessary to keep you upright.¹˒³

And this happens continuously.

When you walk.

When you turn.

When you step off a curb.

When you bend over.

When someone bumps into you.

When you walk across uneven ground.

Even when you’re simply standing still.

Balance is really a conversation between your brain, your sensory systems, and your muscles.

As we get older, changes can occur in several parts of this system at the same time.¹

1. Your Muscles May Not Be as Strong as They Used to Be

One of the biggest contributors to changes in balance is loss of muscle strength and power.

As we age, we can gradually lose muscle mass and strength, particularly if we aren’t regularly performing resistance exercise.

This age-related loss of muscle can affect your ability to:

• Get out of a chair
• Climb stairs
• Walk quickly
• Step onto a curb
• Maintain your posture
• Recover from a stumble

Lower-extremity strength and power are important components of balance and mobility, and age-related declines in these areas have been associated with increased fall risk.¹˒³

But strength isn’t the only issue.

Speed matters too.

Imagine catching your toe on a sidewalk.

Your brain has to recognize that you’re falling.

Then your body needs to produce enough force quickly enough to take a protective step.

You may have strong legs but still have difficulty producing that force rapidly.

That is one reason maintaining both strength and the ability to move effectively becomes increasingly important as we get older.

2. Your Feet May Not Give Your Brain as Much Information

Your feet do much more than support your body.

They are also sensory organs.

Every time you stand or walk, sensory receptors in your feet, ankles, muscles, and joints provide your brain with information about the surface beneath you and the position of your body.

This ability to sense the position and movement of your body is called proprioception.

Proprioceptive ability can decline with age.¹˒³

Medical conditions such as peripheral neuropathy can further reduce the amount or quality of sensory information coming from the feet.

You may notice:

• Numbness
• Tingling
• Difficulty feeling the ground
• Increased reliance on your vision
• More difficulty walking on uneven surfaces
• Greater unsteadiness in the dark

If you can’t feel the ground as accurately, your brain has less information available to determine exactly where your body is.

That can make balance more difficult.

3. Your Vision Changes

Your eyes play an enormous role in balance.

Vision helps you identify:

• Where you are
• Where objects are
• How far away something is
• Whether the ground is level
• Where stairs begin and end
• Whether an obstacle is in your path

Age-related changes can occur in visual acuity, depth perception, contrast sensitivity, glare sensitivity, and the ability to adapt to darkness.³˒⁴

That helps explain why some older adults feel perfectly steady during the day but significantly less confident walking through a dark bedroom at night.

During daylight, your eyes provide abundant information.

Turn off the lights and much of that information disappears.

If your proprioceptive or vestibular systems aren’t providing equally reliable information, balance can suddenly become much harder.

4. Your Inner Ear Changes Too

Inside your inner ear is your vestibular system.

This system helps your brain determine:

• Whether your head is moving
• Which direction you’re moving
• How quickly you’re moving
• How your head is positioned relative to gravity

Age-related changes can occur within the vestibular system, potentially reducing the accuracy of the information it provides.⁵

This can become particularly noticeable when you:

• Turn your head quickly
• Change direction
• Bend over
• Look upward
• Walk while looking around
• Move through busy environments

Vestibular problems can also contribute to dizziness and vertigo.

However, it is important to recognize that poor balance and dizziness aren’t the same thing.

You can have significant balance difficulties without ever feeling dizzy.

5. Your Brain Has to Integrate All of This Information

Your brain doesn’t simply receive information from your eyes, inner ear, and feet.

It has to decide which information to trust.

Imagine standing on a soft surface.

The information coming from your feet becomes less reliable.

Your brain may respond by relying more heavily on vision and vestibular information.

Now imagine standing on that same surface with your eyes closed.

Suddenly two important sources of information have been reduced.

Maintaining balance becomes much more difficult.

This process of adjusting how much your brain relies on different sensory inputs is sometimes called sensory reweighting.⁴

Research suggests that aging can affect sensory integration and the ability to adapt when sensory information becomes less reliable.¹˒⁶

This may help explain why older adults sometimes struggle more in complex environments.

6. Your Reaction Time May Become Slower

Good balance isn’t just about preventing your body from moving.

It’s about reacting appropriately when it does.

If you lose your balance, you may need to:

• Move your ankle.
• Shift your hips.
• Reach for something.
• Take a step.
• Or do several of these things simultaneously.

The speed at which your body produces these responses can decline with age.³

That means you may recognize that you’re losing your balance but have less time to recover before the fall occurs.

This is why good balance training shouldn’t focus only on standing still.

Real-world balance requires movement and reaction.

7. Your Joints May Become Stiffer

Your ankles, hips, knees, and spine all contribute to your ability to maintain balance.

Consider your ankles.

When you’re standing, your body naturally sways slightly.

Your ankles make constant small adjustments to help keep your center of mass over your feet.

If your ankles become stiff, your body may have fewer options for making those corrections.

Joint stiffness, arthritis, pain, and reduced mobility can therefore affect balance directly and indirectly.²

Mobility matters because your body needs options.

The more efficiently your joints can move, the more movement strategies may be available when your balance is challenged.

8. Walking May Change With Age

Many people gradually change the way they walk as they get older.

Research has identified age-related changes including slower walking speed and increased gait variability.⁶

You may also notice yourself:

• Taking shorter steps
• Walking more cautiously
• Spending more time with both feet on the ground
• Looking down more frequently
• Taking extra steps when turning
• Having more difficulty changing direction

Sometimes these changes are compensations.

Your brain may essentially be saying:

“I’m not as confident about my balance, so I’m going to move more cautiously.”

But becoming excessively cautious isn’t always the solution.

The better approach is to determine why your walking has changed.

9. Doing Two Things at Once May Become More Difficult

Walking through the real world requires much more than putting one foot in front of the other.

You may be:

• Talking to someone.
• Looking for your car.
• Carrying groceries.
• Watching traffic.
• Checking a street sign.
• Avoiding another person.
• Thinking about where you’re going.

Your brain has to divide its attention between walking and everything else happening around you.

Age-related changes in cognitive processing and executive function can influence balance and walking, particularly when attention is divided.¹˒²

This is why someone may walk perfectly well down an empty hallway but become much less steady in a busy airport.

10. Medical Conditions Can Affect Balance

Not every change in balance should be blamed on aging.

The National Institute on Aging identifies several conditions that may contribute to balance problems, including problems involving the heart, vision, thyroid, nerves, blood vessels, and conditions such as diabetes and stroke.⁷

Neurological conditions can also affect balance.

Peripheral neuropathy can alter sensation.

Arthritis can change movement.

Cardiovascular problems can contribute to dizziness.

Blood pressure may drop when you stand.

And certain medications may affect alertness, blood pressure, or balance.⁷˒⁸

This is why a new or significant balance problem deserves attention rather than being dismissed with:

“I’m just getting old.”

Why Is My Balance Worse in the Dark?

This is one of the most common complaints we hear.

And now the answer probably makes more sense.

During the day, your brain uses visual information to help compensate for changes in other balance systems.

When the lights go out, that visual information is dramatically reduced.

Now your brain must depend more heavily on information from your:

Feet + joints + inner ear.

If those systems have also changed, your balance may become noticeably worse.

Older adults tend to become more dependent on visual information for postural stability, which can make reduced-light environments particularly challenging.⁴˒⁶

So if you’re significantly less steady in the dark, that is useful information—not simply an inconvenience.

Why Is Uneven Ground More Difficult?

Walking across your living room floor is predictable.

Walking across grass isn’t.

Neither is:

• Sand
• Gravel
• Cobblestones
• Trails
• Sloped driveways
• Uneven sidewalks

Every step requires your feet and ankles to adapt.

Your sensory systems need to identify what changed.

Your brain needs to process that information.

And your muscles need to respond.

When sensation, strength, mobility, or reaction time has changed, uneven terrain may expose those limitations much more quickly than walking across a flat floor.

Why Do I Keep Looking at My Feet When I Walk?

This can be another clue.

If your brain isn’t receiving enough reliable information from your feet, you may begin using your eyes to compensate.

Instead of feeling where your feet are, you start watching them.

Looking down occasionally is normal, particularly when navigating obstacles.

But if you constantly need to watch your feet to feel secure, it may be worth investigating why.

Is Poor Balance Just a Normal Part of Aging?

This is where an important distinction needs to be made.

Age-related changes in the systems controlling balance are common.

But that doesn’t mean you should automatically accept increasing instability, frequent stumbling, near-falls, or declining confidence as inevitable.

The National Institute on Aging specifically notes that maintaining good balance and addressing fall risk can help older adults remain independent and continue daily activities.⁷

Many contributors to balance can potentially be addressed.

And balance itself can be trained.

Can You Improve Your Balance as You Get Older?

For many people, absolutely.

A 2024 systematic review and meta-analysis found that sensorimotor and proprioceptive exercise programs improved multiple measures of balance in older adults, although the authors noted that the overall quality of evidence ranged from low to very low.⁹

Balance training can address several different areas depending on what you need.

1. Build Strength

Maintaining lower-body strength is one of the most important things you can do for healthy aging.

Exercises might include:

• Sit-to-stands
• Squats
• Step-ups
• Heel raises
• Hip strengthening
• Resistance training

The appropriate exercises and resistance should depend on your current abilities and health considerations.

2. Train Your Balance

Balance improves when it is appropriately challenged.

Depending on your ability, training might include:

• Narrowing your base of support
• Weight shifting
• Reaching
• Stepping in different directions
• Turning
• Changing walking speeds
• Navigating obstacles
• Walking on different surfaces

The goal is to challenge balance safely—not simply perform an exercise that has become easy.

3. Practice Your Reactions

Real life is unpredictable.

Balance training can include controlled practice with:

• Quick stepping
• Direction changes
• Reaching
• Turning
• Starting and stopping
• Responding to different movement demands

You aren’t simply training yourself to stand still.

You’re training your body to respond.

4. Keep Moving

Fear of falling can cause people to gradually reduce their activity.

Unfortunately, inactivity can contribute to additional losses in strength and physical capacity.¹⁰

The National Institute on Aging specifically encourages older adults not to let fear of falling prevent them from staying active.⁸

The goal isn’t to ignore legitimate safety concerns.

It is to find an appropriate way to remain active while addressing the factors contributing to your balance problems.

5. Address the Reason for the Problem

This may be the most important point.

There isn’t one universal “best balance exercise.”

If your primary problem is leg weakness, you may need more strength training.

If ankle mobility is limited, mobility may need attention.

If you have peripheral neuropathy, sensory and balance strategies may become more important.

If you’re dizzy, you may need an appropriate medical or vestibular evaluation.

If your walking has changed, gait should be assessed.

If you’re afraid of falling, rebuilding confidence may need to be part of the program.

Good balance training should address the person—not just the symptom.

When Should You Have Your Balance Evaluated?

Consider talking with a healthcare professional if you:

• Feel increasingly unsteady
• Have fallen
• Have experienced near-falls
• Frequently stumble
• Catch your toes when walking
• Hold onto furniture
• Have difficulty with stairs
• Feel significantly less steady in the dark
• Have numbness in your feet
• Have unexplained dizziness
• Notice a change in the way you walk
• Have stopped activities because you’re afraid of falling

New, sudden, severe, or rapidly worsening balance problems should receive appropriate medical evaluation.

Better Balance Is About More Than Preventing Falls

When we talk about balance, it’s easy to make the entire conversation about falls.

Falls are important.

But balance affects much more than whether you stay on your feet.

Good balance helps you:

• Walk confidently.
• Climb stairs.
• Travel.
• Play golf.
• Walk on the beach.
• Navigate airports.
• Exercise.
• Garden.
• Get on and off the floor.
• Keep up with grandchildren.
• Stay involved with friends and family.
• And maintain your independence.

That’s why improving balance isn’t simply fall prevention.

It’s an investment in your ability to continue living an active life.

Don’t Assume You’re “Just Getting Older”

Your balance may change as you age.

But the question shouldn’t simply be:

“How old am I?”

A better question is:

“What has changed—and what can I do about it?”

Maybe you need more strength.

Maybe your ankles need more mobility.

Maybe your sensory systems need to be challenged.

Maybe your walking needs attention.

Maybe a medical issue needs to be evaluated.

Or maybe several small factors are working together.

Identifying those factors gives you something far more useful than simply blaming your age.

It gives you a plan.

If you’ve noticed that your balance isn’t what it used to be, don’t wait until a fall forces you to pay attention.

Build strength before you lose it.

Train your balance before you need it.

Maintain your mobility before your world becomes smaller.

Because getting older doesn’t mean you have to stop doing the things you love.

Move better. Live better. Stay Active for Life.

This article is intended for educational purposes only and is not a substitute for individualized medical advice, diagnosis, or treatment. New, severe, sudden, or rapidly worsening balance problems, dizziness, weakness, or other neurological symptoms should be evaluated by an appropriate healthcare professional.

References

1. Lord SR, Delbaere K, Sturnieks DL. Aging. Handbook of Clinical Neurology. 2018;159:157–171. doi:10.1016/B978-0-444-63916-5.00010-0.

2. Wang J, Li Y, Yang GY, Jin K. Age-Related Dysfunction in Balance: A Comprehensive Review of Causes, Consequences, and Interventions. Aging and Disease. 2025;16(2):714–737. doi:10.14336/AD.2024.0124-1.

3. Cuevas-Trisan R. Balance Problems and Fall Risks in the Elderly. Physical Medicine and Rehabilitation Clinics of North America. 2017;28(4):727–737. doi:10.1016/j.pmr.2017.06.006.

4. Saftari LN, Kwon OS. Ageing vision and falls: a review. Journal of Physiological Anthropology. 2018;37:11. doi:10.1186/s40101-018-0170-1.

5. Zalewski CK. Aging of the Human Vestibular System. Seminars in Hearing. 2015;36(3):175–196. doi:10.1055/s-0035-1555120.

6. Osoba MY, Rao AK, Agrawal SK, Lalwani AK. Balance and gait in the elderly: A contemporary review. Laryngoscope Investigative Otolaryngology. 2019;4(1):143–153. doi:10.1002/lio2.252.

7. National Institute on Aging. Older Adults and Balance Problems. National Institutes of Health. Available from: https://www.nia.nih.gov/health/falls-and-falls-prevention/older-adults-and-balance-problems.

8. National Institute on Aging. Falls and Fractures in Older Adults: Causes and Prevention. National Institutes of Health. Available from: https://www.nia.nih.gov/health/falls-and-falls-prevention/falls-and-fractures-older-adults-causes-and-prevention.

9. Pšeničnik Sluga S, Kozinc Ž. Sensorimotor and proprioceptive exercise programs to improve balance in older adults: a systematic review with meta-analysis. European Journal of Translational Myology. 2024;34(1):12010. doi:10.4081/ejtm.2024.12010.

10. Centers for Disease Control and Prevention. Facts About Falls. National Center for Injury Prevention and Control, Older Adult Fall Prevention. Available from: https://www.cdc.gov/falls/data-research/facts-stats/index.html.