Golfers talk about "shooting your age," carding a round at or below your number of years, as the sport's proof that you've still got it. It sounds like luck, genetics, or a lifetime of good habits. Research on senior golfers points to something more specific: preserved range of motion and strength through the decades when most people lose both.
What separates golfers who keep playing at a high level
A 2021 study in the International Journal of Golf Science compared healthy senior golfers with a group of similar age with diagnosed age-related musculoskeletal conditions. The healthy group scored better on flexibility and "timed up and go" testing and held longer trunk-extension times. The healthy men outperformed the men with musculoskeletal conditions on most golf performance tests.
The difference wasn't how often they played. It was measurable physical capacity. The group with musculoskeletal limitations also relied far more on motorized carts (16.2% vs. 6.7%) and professional coaching (86.5% vs. 66.7%). That looks less like a skill gap and more like a body working around restrictions.
Two things decline, and golf needs both
Range of motion and strength/power don't decline for the same reason.
A 2019 study in Sports Biomechanics used motion capture on older male golfers. Senior golfers had a dramatically smaller "X-factor stretch," the separation between hip and shoulder rotation that generates clubhead speed, than published data on younger golfers. They compensated with more knee flexion and greater pelvic rotation instead of trunk and hip rotation. The body finds a workaround, but it's still a workaround.
Strength is a separate story. A TPI article on clubhead speed decline, summarizing published research, points to reduced neural drive and loss of fast-twitch muscle fibers. Power declines at roughly twice the rate of raw strength. That matters because power is what turns strength into clubhead speed.
The encouraging part: this isn't fixed by age. In one cited training study, elderly participants improved rate of force development by 48% and maximum strength by 68% in eight weeks, close to younger adults' baseline. Age sets the starting point. Training still moves it.
Where adhesion may fit
Range of motion and power output both assume the soft tissue underneath is free to do its job. That tissue can accumulate restriction with age. We've written about how aging cells may worsen adhesion: senescent cells secrete inflammatory signals linked to disorganized collagen buildup. Dr. King's fibroaging framework proposes that this process can show up wherever a joint has taken repeated load. For a golfer, that usually means the hips, thoracic spine, and shoulders.
Adhesion is dense, disorganized tissue that tethers the gliding surfaces between muscle layers. Where it is present, it can limit rotational range of motion regardless of how much a golfer stretches or trains mobility. Because it can alter how load transfers through a joint, it may also put a ceiling on strength and power work. A golfer can follow a fitness program faithfully and still find hip turn or thoracic rotation stuck where it was. In some of those cases the limit is in the soft tissue, not the muscle's capacity to contract.
A screening question, not only a training question
Dr. King's TPI Medical Level 2 training is built to sort out whether a golfer's limitation at a given joint is a mobility restriction, a stability deficit, or tissue damage. It uses the same movement-assessment framework for golfers of any age. For golfers who have put in the gym work and still aren't getting their turn back, adhesion is one possibility worth examining for.
Book a new patient exam to have your rotation and strength limitations evaluated instead of assumed to be "just age." We use the same manual assessment and device-assisted therapy behind our other soft-tissue work.
Sources
- 2021 study in the International Journal of Golf Science comparing healthy senior golfers to those with age-related musculoskeletal conditions. (link)
- 2019 study in Sports Biomechanics using motion capture on older male golfers. (link)
- TPI (Titleist Performance Institute) article on clubhead speed decline, citing Skelton et al., Age and Ageing, 1994. (link)
- Training study on elderly participants showing improved rate of force development and maximum strength over eight weeks. (link)
