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Strength and Balance in Recreational Golfers Aged Over 80 Years
David A Wilson1,2,3, Paul E Muckelt1,2,4, Martin B Warner1,2,4
1School of Health Sciences, University of Southampton, Southampton, United Kingdom.
Journal of Aging and Physical Activity
|August 19, 2025
Summary
Playing golf may not fully preserve strength and balance in individuals over 80. While some metrics were comparable to younger non-golfers, dynamic balance significantly declined, suggesting golf
Area of Science:
- Gerontology
- Sports Science
- Kinesiology
Background:
- Muscle strength and balance naturally decline with advanced age, especially after 80.
- Golf participation is linked to better strength and balance in younger older adults (65-79).
- The effect of golf on strength and balance in adults over 80 remains uninvestigated.
Purpose of the Study:
- To assess the strength and balance of golfers aged over 80.
- To compare these metrics with data from younger golfers and non-golfers (aged 65-79).
Main Methods:
- Evaluated grip strength, single-leg balance, and lower limb power (30-s sit-to-stand test) in golfers over 80.
- Compared these results with existing data on golfers and non-golfers aged 65-79.
- Utilized the Composite Y Balance Test and anterior reach distances for dynamic balance assessment.
Main Results:
- Over-80 golfers showed similar grip strength, single-leg balance, and leg power to 65-79 non-golfers.
- Dynamic balance (Y balance test, reach distances) was significantly lower in over-80 golfers compared to 65-79 non-golfers.
- Over-80 golfers exhibited lower dynamic balance, single-leg stance times, lower limb power, and left-side grip strength than 65-79 golfers.
Conclusions:
- Golf may attenuate age-related decline in grip strength, lower limb power, and static balance, but this requires prospective validation.
- Dynamic balance appears to decline in golfers over 80, performing worse than younger golfers and non-golfers.
- Further intervention studies are necessary to confirm if golf participation, rather than other factors, preserves strength and balance in the oldest adults.
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