The 3 Most Common Injuries in Golfers Over 60 — And the Exercises That address All of Them

If you have been playing golf for more than a decade, there is a good chance your body has a story to tell. A lower back that tightens up on the back nine. A shoulder that aches for two days after a range session. An elbow that started as a minor annoyance and has become a permanent companion.

Golf is one of the most physically demanding sports that most people do not think of as physically demanding. Over the course of a single round, you make 70 to 100 full swings — each one generating forces through the spine, hips, shoulders, and arms that accumulate with every hole played, every bucket of range balls hit, and every year of repetition on top of the last.

For golfers over 60, that accumulation reaches a tipping point. Tissues that compensated quietly for years start to speak up. Injuries that might have resolved quickly at 40 linger for months at 62. And the conventional wisdom — rest it, ice it, wait it out — produces diminishing returns.

The good news is that the three injuries that sideline more golfers over 60 than any others are not random bad luck. They are predictable. They are driven by specific, identifiable physical deficits. And they are largely preventable with the right training — not generically, but precisely, targeting the mechanisms that cause each injury in the first place.

This post covers all three: what they are, why they happen specifically in golfers over 60, what the warning signs look like before the injury becomes serious, and the exercises that address each one at its root cause.

Why Golfers Over 60 Are More Vulnerable — and Why That Changes the Approach

Before getting into the specific injuries, it is worth understanding why golfers over 60 experience them differently than younger players. This is not about being weaker or less capable — it is about specific physiological changes that affect how the body handles the demands of golf.

Tissue Quality Changes With Age

Tendons, ligaments, and the fibrocartilaginous structures of joints become less pliable and slower to recover after 60. The collagen cross-linking that makes these tissues strong also makes them less tolerant of sudden or excessive load. A tendon that absorbs a full practice session at 35 may develop microtearing from the same session at 62 — not because of weakness, but because of cumulative change in tissue composition.

This means the volume of practice and play that felt sustainable for decades may now be exceeding the tissue’s capacity to recover between sessions. Injury is not always caused by doing too much in a single session — it is often caused by doing the same amount over too short a recovery window.

Muscle Inhibition and Compensatory Patterns

Specific muscles — particularly the glutes, deep rotator cuff stabilizers, and deep spinal stabilizers — tend to become inhibited with age, prior injury, and sedentary patterns. When primary stabilizers stop doing their job, adjacent muscles and passive structures pick up the load.

The lower back compensates for inhibited glutes and tight hips. The biceps tendon compensates for a poorly stabilized rotator cuff. The medial elbow structures compensate for a grip-dominant swing pattern driven by shoulder and trunk restrictions. These compensation patterns are quiet at first — then suddenly, and often without a single dramatic incident, they produce an injury that feels like it came from nowhere.

It didn’t come from nowhere. It came from months or years of accumulated compensatory loading. The training approach that prevents this is the same one that addresses it: restore function to the inhibited primary movers, so the compensating structures can return to their intended role.

Reduced Proprioception and Movement Awareness

Proprioception — the body’s sense of its own position and movement — declines with age. This affects joint position sense, balance, and the speed of neuromuscular responses that protect joints from harmful positions.

In practical terms: the automatic braking systems that would have protected your shoulder from an awkward follow-through at 45 are slower and less reliable at 65. Training proprioception — through balance work, single-leg training, and controlled movement at end ranges — is not optional for the golfer who wants to stay injury-free over 60. It is essential.

Injury #1: Lower Back Injury — The Most Common and Most Mismanaged

Lower back injury is the leading cause of missed rounds, reduced play, and eventual departure from the game among golfers over 60. Studies consistently place it as the single most common complaint in recreational golfers, with prevalence increasing significantly with age.

But as covered in depth in our lower back pain post, this is almost never a back problem at its root. It is a movement problem — one where the lower back is absorbing forces it was never designed to handle because adjacent joints are not functioning correctly.

Why low back injuries Happen in Golfers Over 60

Three physical factors converge in golfers over 60 to create the conditions for lower back injury — and all three are related to movement quality rather than structural fragility.

First, thoracic rotation decreases. The mid-back stiffens with decades of desk work, reduced activity, and postural change. When the thoracic spine cannot rotate freely, the lumbar spine compensates — rotating far beyond its design parameters under the compressive and shear forces of the golf swing. Repeated over hundreds of swings, this produces disc irritation, facet joint stress, and chronic muscular guarding.

Second, hip mobility reduces. The lead hip must internally rotate to allow the pelvis to clear through impact. When that rotation is restricted, the lower back again compensates — shifting, extending, and rotating in ways that place excessive demand on the lumbar structures.

Third, glute function declines. The gluteal muscles are the primary stabilizers of the pelvis and the primary drivers of hip extension in the downswing. When they become inhibited — as commonly occurs with age and sustained sitting — the lower back muscles overwork as stabilizers. Muscles that are designed to produce movement being used continuously as stabilizers is a reliable path to injury.

Warning Signs to Watch For

• Stiffness or aching in the lower back that is consistently worse after golf than after other activities
• Pain that starts as a dull ache during the round and progressively worsens through the back nine
• Tightness or spasm in one side of the lower back more than the other
• A sensation of “needing to crack” the lower back repeatedly during or after play
• Pain that radiates into the buttock or upper hamstring — which may indicate SI joint involvement or early disc irritation

The Exercises That Address It

1. 90/90 Hip Rotation Stretch

Sit on the floor with both knees bent to 90 degrees — one leg in front, one to the side. Gently shift your weight toward the front knee, feeling a stretch deep in the front hip. Hold for 30 to 45 seconds. This targets lead hip internal rotation — the most consistently restricted finding in golfers with lower back pain.

Perform daily. 2 sets each side.

2. Quadruped Thoracic Rotation

On hands and knees, place one hand behind your head. Rotate the elbow toward the ceiling as far as possible, pausing at end range. Exhale through the rotation to facilitate rib cage expansion. This directly addresses the thoracic restriction that forces the lumbar spine to compensate.

Perform daily. 2 sets of 10 each side.

3. Glute Bridge with March

Lie on your back with knees bent and feet flat. Drive through the heels to lift the hips, creating a straight line from knees to shoulders. Hold the top position, then slowly lift one foot off the floor, maintaining pelvic level. Return and repeat on the other side. This trains glute activation and single-leg pelvic stability simultaneously — the two functional qualities most directly protective of the lower back in golf.

Perform 3 sets of 10 per side, 3 to 4 times per week.

4. Bird Dog

On hands and knees, simultaneously extend the opposite arm and leg while keeping the spine completely neutral — no rotation, no sagging. Hold for three seconds at the top. This is the gold-standard anti-rotation core stability exercise for lower back protection. It trains the deep stabilizing musculature — the multifidus and transverse abdominis — in a pattern that directly maps to the demands of the golf swing.

Perform 3 sets of 8 per side, 3 to 4 times per week.

5. Half-Kneeling Hip Flexor Stretch

In a half-kneeling position, tuck the pelvis gently under (posterior pelvic tilt) and shift the hips slightly forward, feeling a stretch deep in the front of the down leg’s hip. Tight hip flexors pull the lumbar spine into excessive extension, increasing facet and disc loading with every swing. This is one of the highest-return stretches available to any golfer over 60.

Hold 60 seconds each side. Perform daily.

Injury #2: Rotator Cuff Injury — The Shoulder Problem That Sneaks Up on You

Rotator cuff injuries — ranging from tendinopathy and bursitis to partial and full thickness tears — are the second most common injury complaint in golfers over 60. Unlike the lower back, which often announces itself with sharp or acute pain, rotator cuff problems tend to develop gradually: a nagging ache in the front or side of the shoulder, stiffness that warms up after a few holes, and then, slowly, a pain that stops warming up and starts getting worse.

By the time most golfers seek treatment for a rotator cuff issue, the condition has been developing for months — sometimes years. The structural changes in the tendon and the compensatory patterns in the surrounding musculature are already well established. This is why prevention — specifically, the targeted strengthening and movement work that keeps the rotator cuff functional before it breaks down — is so much more efficient than rehabilitation after the fact.

Why rotator cuff injuries Happen in Golfers Over 60

The rotator cuff is a group of four muscles — supraspinatus, infraspinatus, teres minor, and subscapularis — that surround and stabilize the shoulder joint. Their primary function is not to move the arm powerfully; it is to keep the humeral head centered in the shoulder socket as the larger, more powerful muscles of the shoulder and chest produce movement.

In golfers over 60, two related changes compromise the rotator cuff’s ability to do this job. First, the tendons themselves degenerate. Rotator cuff tendons have notoriously poor blood supply, and after decades of repetitive loading, degenerative changes — thickening, fraying, and loss of collagen organization — are nearly universal over 60. These changes alone do not cause pain or dysfunction, but they reduce the tendon’s tolerance for the loads the golf swing places on it.

Second, the muscles that should be stabilizing the shoulder become inhibited or imbalanced. The posterior rotator cuff — infraspinatus and teres minor, responsible for external rotation and posterior stability — is frequently weak relative to the anterior structures. The result is a shoulder that migrates subtly forward and upward under load, creating impingement of the tendons in the subacromial space and accelerating the degenerative process.

The golf swing specifically loads the trail shoulder into internal rotation and the lead shoulder through a wide arc of motion at the top of the backswing and into the follow-through. For a shoulder with compromised rotator cuff stability, these are exactly the positions and loading patterns that drive injury.

Warning Signs to Watch For

• Aching in the front or outer side of the shoulder at rest, particularly at night or when sleeping on that side
• Pain or weakness when reaching overhead or across the body
• A specific arc of pain when raising the arm — discomfort that starts around 60 degrees, peaks between 90 and 120 degrees, then eases — often called a “painful arc”
• Loss of internal rotation range of motion — difficulty reaching behind the back
• Pain specifically during or after the golf swing, particularly in the trail shoulder during the backswing or the lead shoulder through the follow-through

The Exercises That Address It

1. Banded External Rotation

Stand with a light resistance band anchored at elbow height. With the elbow bent to 90 degrees and tucked against the side, rotate the forearm outward against the band resistance. Return slowly with control. This directly strengthens the infraspinatus and teres minor — the most commonly weak and most commonly injured muscles in the rotator cuff. Slow, controlled external rotation work is the single most evidence-supported exercise for rotator cuff health.

3 sets of 15 to 20 repetitions each side, 3 times per week. Light resistance — this is not a power exercise.

2. Side-Lying External Rotation

Lie on one side with the top arm bent to 90 degrees, elbow against the side. Holding a light dumbbell (2 to 5 pounds), rotate the forearm toward the ceiling. Lower slowly. The side-lying position eliminates shoulder blade compensation and ensures the movement is coming specifically from the rotator cuff. This is a staple of shoulder rehabilitation and prehabilitation for golfers.

3 sets of 12 repetitions each side, 3 times per week.

3. Scapular Retraction Rows

Using a cable machine, resistance band, or dumbbell, perform a rowing movement that emphasizes retracting and depressing the shoulder blade — pulling the elbow back and down rather than simply pulling the weight to the body. This trains the lower trapezius and rhomboids, which stabilize the shoulder blade and create the platform the rotator cuff needs to function correctly. Poor scapular control is one of the most consistent findings in golfers with rotator cuff problems.

3 sets of 12 repetitions, 3 times per week.

4. Prone Y, T, and W

Lie face down on a bench or floor. With the arms in a Y position (overhead and slightly out), T position (straight out to the sides), and W position (elbows bent, arms in a W shape), perform small lifts of the arms off the surface. These exercises target the lower trapezius, mid trapezius, and rotator cuff stabilizers simultaneously in a way that strongly reinforces scapulohumeral rhythm — the coordinated movement between the shoulder blade and the arm that protects the rotator cuff under load.

2 sets of 10 repetitions in each position, 2 to 3 times per week. Light resistance only — a few pounds at most.

5. Sleeper Stretch

Lie on the affected side with the shoulder and elbow bent to 90 degrees. Using the opposite hand, gently press the forearm toward the floor, stretching the posterior shoulder capsule. Tight posterior shoulder capsule is a significant risk factor for impingement and rotator cuff injury in golfers because it shifts the humeral head forward and upward under load. This stretch directly addresses that tightness.

Hold for 30 seconds, 3 repetitions each side. Perform daily.

Injury #3: Medial Elbow Tendinopathy (Golfer’s Elbow) — The Injury That Is Rarely Just About the Elbow

Golfer’s elbow — medial epicondylitis or, more accurately, medial epicondyle tendinopathy — is the third most common injury in golfers over 60. It affects the tendons that attach to the bony prominence on the inside of the elbow, producing pain with gripping, wrist flexion, and the specific loading pattern of the golf swing through impact.

The name “golfer’s elbow” creates a misleading impression: that this is an injury unique to golf, caused by golf, and fixed by addressing the elbow itself. In practice, all three assumptions are usually wrong.

Medial elbow tendinopathy in golfers is almost always a downstream consequence of restrictions and compensation patterns elsewhere in the kinetic chain. The elbow is the victim. Treating it in isolation — with ice, rest, bracing, or local injection — produces temporary relief at best because the forces that caused the tendon problem keep being applied every time the golfer swings.

Why medial elbow pain Happens in Golfers Over 60

The medial epicondyle tendons — the common flexor-pronator tendon — are loaded maximally at two specific points in the golf swing: the late downswing and impact, where the trail wrist is forcefully flexed and pronated to deliver the clubface to the ball, and through impact, where the grip maintains control against the impact forces transmitted up the shaft.

In a golfer with efficient mechanics and adequate thoracic and hip mobility, these loads are distributed across the full kinetic chain. The ground generates force, the hips and trunk amplify and transfer it, and the hands and arms are relatively passive delivery mechanisms. The elbow tendons handle a manageable portion of the total force.

In a golfer with restricted thoracic rotation, limited hip mobility, or poor trunk sequencing — as is common in golfers over 60 — the arms and hands are forced to become the primary power generators. They are swinging the club rather than delivering it. This dramatically increases the forces on the medial elbow with every swing. Multiply that by 70 to 100 swings per round, plus range sessions, and the tendon accumulates damage faster than it can recover.

Age compounds this. Tendon collagen changes after 60 reduce the capacity for load and slow the repair process after microdamage. A tendon that recovered in a week at 45 may take three weeks at 63 — and if loading continues during that window, the damage accumulates rather than resolving.

Warning Signs to Watch For

• Tenderness directly on the bony bump on the inside of the elbow — the medial epicondyle
• Pain with gripping, particularly a tight or forceful grip
• Pain with wrist flexion or forearm pronation (turning the palm down)
• A specific ache or sharp pain during or immediately after the golf swing, particularly in the trail arm
• Morning stiffness in the elbow or forearm that takes several minutes to ease
• Weakness in the grip that was not present previously

The Exercises That addresses medial elbow pain

1. Eccentric Wrist Flexion — The Cornerstone Exercise

Sit with the forearm resting on a surface, palm up, holding a light dumbbell (1 to 3 pounds). Use the opposite hand to passively raise the wrist into extension, then slowly lower it under the working hand’s control over 3 to 4 seconds. The eccentric (lowering) phase is what stimulates tendon remodeling and builds the load tolerance that prevents tendinopathy. This is the most evidence-supported exercise for medial elbow tendon health.

3 sets of 15 repetitions, 3 times per week. Progress the weight very gradually — this is a long-term tissue conditioning exercise, not a strength movement.

2. Forearm Pronation and Supination

Hold a light dumbbell or a weighted hammer vertically. Slowly rotate the forearm from palm-up to palm-down and back. This builds strength and load tolerance through the pronator teres and flexor-pronator group — the muscles and tendons most directly involved in the golf impact position.

3 sets of 15 repetitions each direction, 3 times per week.

3. Grip Strengthening — Progressively Loaded

Using a hand gripper, therapy putty, or a stress ball, perform progressive grip strengthening over several weeks. The key word is progressive — starting too heavy too fast is a common cause of flare-up. Begin with light resistance for high repetitions (20 to 25 per set) and increase resistance only when that level feels easy.

The goal is building tendon tolerance for grip forces, not maximum grip strength. 3 sets of 20 repetitions, 3 times per week.

4. Address the Upstream Cause — Thoracic Mobility and Hip Sequencing

This is the exercise prescription most providers never give for golfer’s elbow — because it is not focused on the elbow at all. But if the root cause of medial elbow tendinopathy in golfers is arms-dominant swinging driven by trunk restriction, then restoring trunk mobility and sequencing is the most important injury prevention intervention available.

The thoracic rotation and hip mobility work described in Injury #1 above is equally relevant here. Golfers who restore efficient kinetic chain function — where the ground, hips, and trunk generate the power and the arms deliver it — reduce the loading on the medial elbow tendons by a significant margin. This is where the “three injuries, three root causes” concept in this post converges: the same mobility and stability work that prevents lower back injury also reduces the chain of compensation that causes elbow tendinopathy.

5. Wrist Flexor Stretch

Extend the arm in front with the palm facing up. Using the opposite hand, gently pull the fingers back and down, stretching the flexor tendons of the forearm. Hold for 30 seconds. This reduces the chronic tightness in the flexor-pronator group that compresses the tendon at the medial epicondyle and contributes to the inflammatory load that drives tendinopathy.

Hold 30 to 45 seconds each side. Perform before and after golf.

The Common Thread — Why These Three Injuries Are Prevented by the Same Work

If you read through the prevention exercises for all three injuries, you noticed something: significant overlap. Hip mobility. Thoracic rotation. Glute activation. Core stability. These show up in the prevention protocols for lower back injury, rotator cuff injury, and medial elbow tendinopathy.

That is not a coincidence. It is the kinematic chain at work.

The golf swing is a single integrated movement. Force is generated from the ground, transferred through the hips and trunk, and delivered through the arms and hands to the club. When the middle of that chain — the hips and thoracic spine — is restricted or unstable, every structure at both ends of the chain compensates and overloads.

The lower back overloads because it is borrowing rotation from its neighbors. The rotator cuff overloads because the arms are working harder than they should to create power the trunk isn’t generating. The medial elbow tendons overload because the hands and wrists are the last line of defense in a chain that has broken down before the force ever reached them.

This is why a golf performance program built for the golfer over 50 is not three separate injury prevention protocols stacked on top of each other. It is a single, integrated approach to restoring the kinetic chain — and when the chain works correctly, all three of these injuries become dramatically less likely to occur.

The Senior Golfer’s Complete Injury Prevention Routine — One Weekly Schedule

Here is how to integrate all three prevention protocols into a single, manageable weekly routine. This is not a full training program — it is the minimum effective dose of injury prevention work for the golfer over 60 who wants to stay on the course.

Daily — 8 to 10 Minutes (Every Morning)

• 90/90 hip rotation stretch — 2 minutes each side
• Quadruped thoracic rotation — 10 reps each side
• Half-kneeling hip flexor stretch — 60 seconds each side
• Wrist flexor stretch — 30 seconds each side
• Sleeper stretch — 30 seconds each side

Monday, Wednesday, Friday — 20 to 25 Minutes

• Glute bridge with march — 3 sets of 10 per side
• Bird dog — 3 sets of 8 per side
• Banded external rotation — 3 sets of 15 each side
• Scapular retraction rows — 3 sets of 12
• Eccentric wrist flexion — 3 sets of 15 each side
• Forearm pronation and supination — 3 sets of 15 each direction

Tuesday and Thursday — Golf or Active Recovery

On golf days, perform the 10-minute daily mobility routine before teeing off. On rest days, a 20-minute walk or light movement keeps the body primed without adding recovery demand.

Weekend

Play golf. The prevention work is done. Trust it.

This routine requires approximately 30 to 40 minutes of dedicated work on training days and 8 to 10 minutes daily. For golfers who have spent money on lessons, equipment, and range time trying to improve a game that keeps getting derailed by injury, this investment of time produces a better return than almost anything else available.

Frequently Asked Questions: Golf Injury Prevention Over 60

Q: What is the most common injury for golfers over 60?

Lower back injury is consistently the most common complaint among golfers over 60, accounting for the majority of golf-related medical consultations and missed rounds in this age group. Rotator cuff tendinopathy and medial elbow tendinopathy (golfer’s elbow) are the second and third most common respectively. All three are significantly more prevalent in older recreational golfers than in younger players due to age-related changes in tissue quality, muscle inhibition patterns, and accumulated mobility restrictions that alter swing mechanics and loading patterns.

Q: Can I prevent golf injuries if I am already over 60?

Yes — and the research supports this clearly. Physical adaptation continues throughout life, and the specific training interventions that prevent golf injuries — hip and thoracic mobility work, rotator cuff strengthening, eccentric tendon loading, and core stability training — all produce meaningful improvements in adults over 60. The most important shift in mindset is from reactive to proactive: addressing physical limitations before they produce injury is substantially more effective and efficient than rehabilitating injuries after the fact. Golfers who begin a targeted prevention program before significant injury occurs have the best outcomes for staying on the course long-term.

Q: How long does golfer’s elbow take to heal?

Medial elbow tendinopathy (golfer’s elbow) is notoriously slow to resolve when managed with rest alone, particularly in golfers over 60 where tendon repair is slower than in younger adults. Passive management — rest, ice, and anti-inflammatory medication — typically provides temporary relief but does not address the underlying tendon degeneration or the compensatory swing mechanics driving the condition. With an active rehabilitation approach that includes eccentric loading, forearm strengthening, and correction of upstream kinetic chain deficits, most cases show meaningful improvement within 6 to 12 weeks. Complete resolution often takes 3 to 6 months of consistent work. Golfers who attempt to return to full play without addressing the causal factors consistently re-injure.

Q: Is it safe to play golf with rotator cuff tendinopathy?

In most cases, modified play is possible and often beneficial during rotator cuff rehabilitation — complete rest typically produces worse outcomes than appropriately managed activity. However, the correct modification depends on the severity of the condition, the specific structures involved, and the individual’s swing mechanics and loading patterns. A Sports Chiropractor or physical therapist with golf experience can assess the specific findings and provide guidance on what level of play is appropriate, what swing modifications reduce shoulder load, and what concurrent rehabilitation is needed to prevent progression. Playing through significant rotator cuff pain without assessment and guidance risks converting a tendinopathy into a structural tear.

Q: What exercises are bad for golfers with lower back pain?

For golfers with active lower back pain, exercises that involve repeated end-range lumbar flexion — traditional sit-ups, toe touches, and certain yoga poses — are generally contraindicated in the acute phase because they increase disc pressure and can aggravate inflamed posterior structures. Heavy axial loading (barbell squats and deadlifts loaded beyond the individual’s capacity) and high-velocity rotational movements should also be avoided until a stable foundation of mobility and stability has been built. The exercises that are most beneficial — bird dogs, glute bridges, hip mobility work, and anti-rotation core training — are those that build stability and restore the movement patterns that reduce lumbar load in the swing. A qualified provider can assess which movements are appropriate for a specific presentation.

Q: Can strengthening exercises actually prevent golf injuries over 60?

Yes — and the evidence is strong. Strength training produces measurable improvements in tendon collagen density and load tolerance, muscle activation and inhibition patterns, joint stability, and movement quality — all of which directly reduce injury risk. For golfers over 60 specifically, targeted strength work that addresses the deficits most associated with golf injuries — glute inhibition, rotator cuff weakness, flexor-pronator tendon deconditioning, and core stability deficits — has been shown to reduce both injury incidence and injury severity. The critical distinction is that the strength work must be targeted and progressive, not generic. A program designed around an individual’s specific physical findings produces substantially better injury prevention outcomes than generic fitness work.

Stay on the Course. Here Is How to Start.

The three injuries that force more golfers over 60 off the course than any others are not random. They are predictable. They are driven by specific physical deficits that accumulate quietly over years. And the training that prevents them is not complex — but it has to be consistent, targeted, and built on an understanding of what your body specifically needs.

Generic fitness programs miss this. They treat all golfers the same way and address none of them precisely. The result is the pattern every injured senior golfer knows too well: temporary improvement followed by re-injury, followed by gradually accepting a smaller and smaller version of the game they love.

That is not an inevitable trajectory. It is the outcome of a diagnostic gap — and closing that gap is exactly what the Kinetix Golf Performance Screen is designed to do.

*Sports Chiropractor — Dr. Matt Centofonti operates as a licensed Doctor of Chiropractic in the state of Texas. Per Texas state statute, the title ‘Doctor’ or ‘Dr.’ is used in its professional chiropractic context. This content is for educational purposes and does not constitute medical advice. Consult a qualified healthcare provider before beginning any new exercise program or if you are experiencing significant pain, neurological symptoms, or other concerning health issues.