How to Improve Balance at Home | Exercises for Older Adults | Physio to Home

Balance declines with age — but it is trainable at any age. North Tasmania's home physiotherapist explains exactly how balance works, why it deteriorates, and 8 exercises you can start today to reduce your falls risk.

Balance declines with age — but it is trainable at any age. North Tasmania's home physiotherapist explains exactly how balance works, why it deteriorates, and 8 exercises you can start today to reduce your falls risk.

Micheal Ghattas

3/6/2026 · 7 min read

How to Improve Balance at Home: A Practical Guide for Older Adults

By Michael Ghattas, DPT | AHPRA Registered Physiotherapist | 18 Years Experience

Physio to Home, North Tasmania | Last reviewed: March 2026

Balance is not a fixed ability. It is a trainable skill — one that deteriorates when not actively maintained, and improves meaningfully with the right training at any age. The Cochrane evidence base on falls prevention shows clearly that balance-specific exercise reduces falls rates by up to 35% in community-dwelling older adults. This is not a small effect. It represents a genuine, measurable reduction in one of the most significant risks older Australians face.

This guide explains how balance works, what causes it to decline, and provides eight specific exercises you can begin today using nothing but a kitchen bench and a chair.

How Balance Actually Works

Balance is not controlled by a single system. It is the product of three sensory inputs working together in the brain:

Proprioception — sensors in your muscles, joints, and tendons that tell the brain where your body is in space. These are particularly important in the feet, ankles, and lower legs.

The vestibular system — the balance organs of the inner ear, which detect head movement and orientation relative to gravity.

Vision — visual input that confirms and corrects the information from the other two systems.

When all three are working well and agreeing with each other, balance is automatic and effortless. When one or more systems are impaired — as happens with ageing, medication effects, neurological conditions, or cervical spine dysfunction — the brain has to work harder to maintain balance, and the safety margin narrows.

Why Balance Declines With Age

Age-related balance deterioration is not simply weakness. Multiple changes compound:

Reduced proprioceptive sensitivity — the mechanoreceptors in the feet and ankles become less sensitive with age, providing less accurate position information to the brain.

Slower neuromuscular response — the speed at which the postural muscles respond to a balance disturbance decreases with age. A 25-year-old recovers from an unexpected nudge in 80–100 milliseconds. An 80-year-old may take 150–200 milliseconds — often not fast enough to prevent a fall.

Reduced strength in the ankle and hip stabilisers — the muscles that make the rapid corrections needed to recover balance weaken with disuse and ageing.

Vestibular degeneration — the hair cells of the inner ear that detect movement decline in sensitivity with age.

Visual changes — reduced contrast sensitivity and peripheral vision impair the visual contribution to balance.

Medication effects — many medications common in older adults (blood pressure medications, sedatives, antidepressants, some pain medications) impair balance through dizziness, orthostatic hypotension, or reduced reaction time.

The critical point is that all of these factors are addressable — through exercise (proprioception, strength, response speed), medication review (drug effects), and environmental modification (reducing visual dependence on high-contrast cues).

Safety First: Before You Start

All balance exercises should be performed with a solid surface within reach — a kitchen bench, a sturdy chair, or a wall. The goal is challenge, not danger. If you feel significantly unsteady, hold the support and reduce the difficulty until your balance improves. Never perform balance exercises on stairs, near open doors, or in slippery socks on polished floors.

If you have had a recent fall, are recovering from surgery, have significant dizziness, or have a neurological condition, arrange a physiotherapy assessment before beginning an independent balance programme.

8 Balance Exercises to Start Today

All of these exercises use your kitchen bench as a safety support. Begin holding lightly; progress to fingertip contact; then try with hands hovering (not touching) as confidence builds.

Exercise 1 — Weight shifting

Starting position: Stand at the bench, feet hip-width apart.

Action: Slowly shift your weight to the right foot, hold 5 seconds. Return to centre. Shift to the left. Repeat 10 times each side.

Why it works: Trains single-leg loading, the foundation of all dynamic balance.

Exercise 2 — Tandem standing (heel-to-toe)

Starting position: Stand with one foot directly in front of the other, heel touching toe, at the bench.

Action: Hold this position for 20–30 seconds. Switch feet. Repeat 3 times each side.

Why it works: Narrows your base of support, challenging proprioception and vestibular input directly.

Exercise 3 — Single-leg stance

Starting position: Stand at the bench, feet hip-width apart.

Action: Lift one foot slightly off the floor and balance on the other leg for 10–20 seconds. Repeat 5 times each side.

Progress: Close your eyes (removes visual input, significantly increases difficulty).

Why it works: The gold standard balance challenge. Most falls occur during single-leg stance phases of walking.

Exercise 4 — Tandem walk (heel-to-toe walking)

Starting position: Stand at the bench.

Action: Walk forward placing each foot heel-to-toe, as if on a tightrope. Take 10 steps forward, turn, 10 steps back. 3 repetitions.

Why it works: Dynamic balance challenge that mimics the demands of real-world movement more closely than static exercises.

Exercise 5 — Standing calf raises

Starting position: Both hands lightly on the bench.

Action: Rise onto both toes, hold 3 seconds, lower slowly. 15 repetitions.

Progress: Single-leg calf raises.

Why it works: Strengthens the gastrocnemius-soleus complex — the primary propulsion and balance muscle group in walking.

Exercise 6 — Sideways stepping

Starting position: At the bench, stepping sideways along its length.

Action: Step to the right for 5 steps, step back to the left for 5. Repeat 5 times. Keep body upright, avoid crossing feet.

Why it works: Trains lateral weight transfer — the balance demand in turning and navigating tight spaces.

Exercise 7 — Sit-to-stand without using hands

Starting position: Seated in a firm chair.

Action: Cross your arms over your chest and stand up without using your arms, then sit back down slowly and with control. 10–15 repetitions.

Why it works: One of the most functionally important exercises for fall prevention — builds the leg strength and movement control needed for all standing transfers.

Exercise 8 — Walking and turning

Starting position: In a clear corridor or room.

Action: Walk forward 5 steps, turn 180 degrees (using small steps, not pivoting on one foot), walk back. Repeat 10 times.

Why it works: Turning is the highest-risk activity in older adult gait. Most falls in the home occur during turning. This exercise targets that specific demand directly.

How Often to Exercise for Best Results

The research on balance training dose is consistent: to produce meaningful improvements in falls risk, balance exercise needs to be performed at least 3 times per week, ideally 5–7 days per week, for a minimum of 12 weeks. The good news is that each session takes only 15–20 minutes.

Progress the exercises every 2–4 weeks — reduce the support, increase the repetitions, or add movement of the head and arms during the balance hold. Balance training must remain challenging to continue producing adaptation. If an exercise becomes easy, it has stopped being a balance challenge.

When Balance Exercise Is Not Enough

A home balance programme is a powerful tool — but there are situations where a physiotherapy assessment is needed first, and where independent exercise is insufficient:

• If you have already had a fall in the past 12 months
• If you have significant dizziness that limits exercise engagement
• If you have a neurological condition (Parkinson's, stroke, MS)
• If your balance is declining despite regular exercise
• If you are unsure which exercises are safe for your specific situation

A physiotherapy falls risk assessment identifies the specific components of your balance system that are most impaired and targets treatment precisely — rather than providing generic exercises that may not address your individual risk factors.

Ready for a Personalised Balance Programme in North Tasmania?

Physio to Home provides AHPRA-registered falls risk assessment and personalised balance rehabilitation in your own home across North Tasmania. We assess your specific balance deficits, prescribe a programme targeted to them, and review your progress at every visit.

Book your home assessment today →

About the Author

Michael Ghattas, DPT | AHPRA Registered Physiotherapist | 18 Years Experience

Founder, Physio to Home — North Tasmania's home physiotherapy service.

References

Sherrington C, et al. Exercise for preventing falls in older people living in the community. *Cochrane Database of Systematic Reviews*, 2019.

Campbell AJ & Robertson MC. Otago Exercise Programme to Prevent Falls in Older Adults. Accident Compensation Corporation, New Zealand, 2003.

Lord SR, et al. Falls in Older People: Risk Factors and Strategies for Prevention. 2nd ed. Cambridge University Press, 2007.