Stability and Balance Training for Longevity: Tests, Evidence and a Weekly Routine

Balance and stability decline with age, and simple tests of them are linked with survival: in one cohort, middle-aged and older adults who could not stand on one leg for 10 seconds were more likely to die over the next 7 years. Balance training measurably improves balance, and exercise programmes built on balance work reduce falls in older people. The mortality links are observational. This page is not medical advice.

Not medical advice. If you have had falls, dizziness or a balance problem, see a clinician before starting, and test balance near something sturdy to hold.

Two simple tests and what they predict

The one-leg stance study found the test added prognostic information beyond age, sex and other clinical variables, “within the limitations of uncontrolled variables such as recent history of falls and physical activity.” A 2010 BMJ meta-analysis found the same pattern for standing balance, chair rises, walking speed and grip: people who performed less well had higher all-cause mortality.

These tests are useful signals, not proof that balance itself extends life. For grip and aerobic tests that sit alongside them, see the fitness testing guide.

What training does

Balance improves with practice. A meta-analysis of 23 randomized trials in healthy adults aged 65 and older found balance training improved static, dynamic, proactive and reactive balance. The most effective doses, estimated across studies, were 11-12 weeks of training, three sessions a week, 31-45 minutes per session, or 91-120 minutes a week. Study quality was limited (mean PEDro score 5).

Fewer falls. The 2019 Cochrane review of 108 trials with 23,407 people over 60 found exercise reduced the rate of falls by 23% (high-certainty evidence). The authors concluded that “Exercise programmes that reduce falls primarily involve balance and functional exercises.” Effects of resistance training alone, dance or walking were uncertain. A 2024 Australian position statement likewise found programmes combining functional balance and muscle strength training most effective, and stressed that exercise should be progressively challenging and ongoing.

Stability methods such as DNS

Peter Attia sees stability as a foundation of his longevity training and draws on Dynamic Neuromuscular Stabilization, discussed in his podcast with Michael Rintala. DNS uses breathing and developmental positions (such as rolling, kneeling and crawling patterns) to train trunk and joint control. It is a reasonable way to practise control, but we found little controlled research testing it in healthy adults, so treat it as one option rather than an evidence-based requirement.

A weekly routine

Built from the trial evidence above, scaled for a healthy adult:

• Daily one-leg practice: Stand on one leg while brushing your teeth; progress to eyes closed or a soft surface, near support.
• Two to three balance sessions a week: Single-leg reaches, step-ups, walking heel to toe and lateral steps, getting harder over time.
• Strength twice a week: Legs and hips especially; see the strength training protocol.
• Practise getting up from the floor: It is the sit-to-rise test as training.
• Retest every few months: One-leg stance time and sit-to-rise score.

For how stability fits with cardio and strength over decades, see the centenarian decathlon framework and the exercise and recovery guide.

Limits of the evidence

The mortality findings come from single-clinic Brazilian cohorts of mostly men (68%), and could reflect underlying health. Fall-prevention trials mostly enrolled people in their 70s, so benefits for younger adults are inferred. Dose estimates for balance training come from comparisons across studies.