Golf Physiotherapy.
The physical demands of golf
Golf is a sport of precise, high-velocity rotational mechanics — the golf swing generates club head speeds that can exceed 170 km/h in elite players, requiring explosive trunk rotation, coordinated lower limb drive and the precise sequencing of a complex kinetic chain from ground contact through to club impact. Despite its reputation as a low-impact sport, golf produces a distinctive and significant injury profile — driven primarily by the repeated asymmetric rotational loading of the swing, the high playing volumes of dedicated golfers, and the walking demands of course play. Golf is also one of the few sports where amateur players are actually at higher injury risk than professionals — because amateurs have less efficient swing mechanics that place greater compensatory stress on vulnerable structures.
At Articulate Physiotherapy in Tarragindi, we work with golfers from recreational players through to competitive and elite performers, understanding the specific biomechanics of the golf swing and the physiotherapy approach that produces genuine return to course performance.
Common golf injuries
Lower back pain is the most common and most significant golf injury — accounting for approximately 35% of all amateur golf injuries and the leading cause of lost playing time across all handicap levels. The golf swing places the lumbar spine in repeated extreme extension-rotation loading — the combination of lateral bend, rotation and extension at the top of the backswing and through impact creates a torsional force on the lumbar discs and facet joints that is among the highest of any rotational sport. Lumbar disc injuries from the torsional loading of the swing — particularly in golfers with restricted hip rotation who compensate with excessive lumbar rotation — facet joint syndrome from the repeated extension-rotation of impact and follow-through, and paraspinal overuse from the repeated asymmetric swing loading are the most common presentations. The relationship between hip mobility and lumbar spine loading in golf is one of the most clinically important concepts in golf physiotherapy — restricted hip internal rotation forces the lumbar spine to compensate with excessive torsion at every swing.
Golfer's elbow (medial epicondylalgia) — medial epicondylalgia from the sustained wrist flexor and pronator loading of the golf grip and impact — is the most characteristic golf elbow injury. The impact shock transmitted through the club at ball contact, combined with the high repetitions of swing practice, produces the characteristic medial elbow pain that gives the condition its name. Grip technique, club fitting — particularly shaft flex and grip size — and progressive tendon loading rehabilitation are the primary management variables.
Tennis elbow in golfers — lateral epicondylalgia from the wrist extensor loading of the trail arm during the golf swing — is less common than golfer's elbow but occurs in players who use excessive wrist hinge and extension in their swing mechanics. The trail arm's wrist extensors are loaded eccentrically during the downswing and at impact, and high swing volumes produce the characteristic lateral elbow pain.
Shoulder injuries — rotator cuff tendinopathy and impingement from the overhead and across-body positions of the full swing, AC joint injuries from the impact forces transmitted through the trail shoulder at ball contact, and shoulder instability from the extreme external rotation of the backswing — are common in high-volume golfers. The lead shoulder in particular is exposed to significant impingement loading at the top of the backswing where it reaches maximum horizontal adduction and internal rotation.
Wrist injuries — De Quervain's tenosynovitis from the radial deviation demands of the golf swing, triangular fibrocartilage complex (TFCC) injuries from the rotational forces of impact, and hamate hook fractures from the grip impact of fat shots and divot contact — are common wrist and hand presentations in golfers. The hamate hook fracture is a golf-specific injury that produces persistent hypothenar pain and is frequently missed on standard X-ray — CT is required for definitive diagnosis.
Knee injuries — medial knee pain from the valgus loading of the trail knee during the backswing and patellofemoral pain from the sustained knee flexion of the address position — are common in older golfers and those with pre-existing knee conditions. The total walking distance of a round of golf — typically 8 to 12 kilometres — also produces significant lower limb cumulative loading that can aggravate knee and hip conditions.
Hip injuries — femoroacetabular impingement and hip labral tears from the extreme hip rotation demands of the golf swing — are increasingly recognised as significant contributors to golf-related hip and groin pain. The lead hip in particular reaches extreme internal rotation during the follow-through — and golfers with restricted hip range or FAI morphology compensate with excessive lumbar rotation that drives both the hip and spinal injuries simultaneously.
How can physiotherapy help?
Physiotherapy for golf injuries requires a thorough understanding of the golf swing's biomechanical demands and the ability to identify where in the kinetic chain the breakdown is occurring that is driving the injury. The relationship between hip mobility, thoracic rotation, lumbar spine loading and shoulder mechanics in the golf swing means that treating the painful structure alone — without addressing its kinetic chain contributors — reliably produces recurrence.
Lower back rehabilitation for golfers addresses the hip mobility and thoracic rotation deficits that force excessive lumbar compensation in the swing — improving lead hip internal rotation and trail hip external rotation range reduces the torsional demand on the lumbar spine at every swing without requiring technique changes. Deep lumbar stabiliser retraining using real time ultrasound builds the spinal support for high-volume swing loading. Swing modification advice — specifically reducing the amount of lumbar rotation in the backswing through improved hip and thoracic contribution — is as important as the direct physiotherapy.
Elbow rehabilitation for golfer's elbow and tennis elbow follows progressive tendon loading — heavy slow resistance wrist flexor and extensor exercises progressing through golf-specific grip and swing demands. Grip pressure assessment, club fitting advice and impact mechanics are the equipment variables that complement the physiotherapy.
Hip rehabilitation addresses the impingement and rotation restriction contributors to golf-related hip pain — building hip flexibility and stability simultaneously, and managing the extreme rotation demands of the follow-through in a way that protects the hip joint while maintaining swing performance.
Dry needling manages the paraspinal, forearm extensor and periscapular trigger points common in golfers. Clinical Pilates provides excellent trunk rotation, hip mobility and deep stabiliser work directly relevant to golf performance — the rotational control and sequencing emphasis of Pilates is highly transferable to golf swing mechanics. Real time ultrasound guides deep stabiliser retraining.
Our physiotherapists Bethany Kippen and Eliane Machado both have experience in golf-related injuries and are members of the Australian Physiotherapy Association.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
Golf is a sport of precise, high-velocity rotational mechanics — the golf swing generates club head speeds that can exceed 170 km/h in elite players, requiring explosive trunk rotation, coordinated lower limb drive and the precise sequencing of a complex kinetic chain from ground contact through to club impact. Despite its reputation as a low-impact sport, golf produces a distinctive and significant injury profile — driven primarily by the repeated asymmetric rotational loading of the swing, the high playing volumes of dedicated golfers, and the walking demands of course play. Golf is also one of the few sports where amateur players are actually at higher injury risk than professionals — because amateurs have less efficient swing mechanics that place greater compensatory stress on vulnerable structures.
At Articulate Physiotherapy in Tarragindi, we work with golfers from recreational players through to competitive and elite performers, understanding the specific biomechanics of the golf swing and the physiotherapy approach that produces genuine return to course performance.
Common golf injuries
Lower back pain is the most common and most significant golf injury — accounting for approximately 35% of all amateur golf injuries and the leading cause of lost playing time across all handicap levels. The golf swing places the lumbar spine in repeated extreme extension-rotation loading — the combination of lateral bend, rotation and extension at the top of the backswing and through impact creates a torsional force on the lumbar discs and facet joints that is among the highest of any rotational sport. Lumbar disc injuries from the torsional loading of the swing — particularly in golfers with restricted hip rotation who compensate with excessive lumbar rotation — facet joint syndrome from the repeated extension-rotation of impact and follow-through, and paraspinal overuse from the repeated asymmetric swing loading are the most common presentations. The relationship between hip mobility and lumbar spine loading in golf is one of the most clinically important concepts in golf physiotherapy — restricted hip internal rotation forces the lumbar spine to compensate with excessive torsion at every swing.
Golfer's elbow (medial epicondylalgia) — medial epicondylalgia from the sustained wrist flexor and pronator loading of the golf grip and impact — is the most characteristic golf elbow injury. The impact shock transmitted through the club at ball contact, combined with the high repetitions of swing practice, produces the characteristic medial elbow pain that gives the condition its name. Grip technique, club fitting — particularly shaft flex and grip size — and progressive tendon loading rehabilitation are the primary management variables.
Tennis elbow in golfers — lateral epicondylalgia from the wrist extensor loading of the trail arm during the golf swing — is less common than golfer's elbow but occurs in players who use excessive wrist hinge and extension in their swing mechanics. The trail arm's wrist extensors are loaded eccentrically during the downswing and at impact, and high swing volumes produce the characteristic lateral elbow pain.
Shoulder injuries — rotator cuff tendinopathy and impingement from the overhead and across-body positions of the full swing, AC joint injuries from the impact forces transmitted through the trail shoulder at ball contact, and shoulder instability from the extreme external rotation of the backswing — are common in high-volume golfers. The lead shoulder in particular is exposed to significant impingement loading at the top of the backswing where it reaches maximum horizontal adduction and internal rotation.
Wrist injuries — De Quervain's tenosynovitis from the radial deviation demands of the golf swing, triangular fibrocartilage complex (TFCC) injuries from the rotational forces of impact, and hamate hook fractures from the grip impact of fat shots and divot contact — are common wrist and hand presentations in golfers. The hamate hook fracture is a golf-specific injury that produces persistent hypothenar pain and is frequently missed on standard X-ray — CT is required for definitive diagnosis.
Knee injuries — medial knee pain from the valgus loading of the trail knee during the backswing and patellofemoral pain from the sustained knee flexion of the address position — are common in older golfers and those with pre-existing knee conditions. The total walking distance of a round of golf — typically 8 to 12 kilometres — also produces significant lower limb cumulative loading that can aggravate knee and hip conditions.
Hip injuries — femoroacetabular impingement and hip labral tears from the extreme hip rotation demands of the golf swing — are increasingly recognised as significant contributors to golf-related hip and groin pain. The lead hip in particular reaches extreme internal rotation during the follow-through — and golfers with restricted hip range or FAI morphology compensate with excessive lumbar rotation that drives both the hip and spinal injuries simultaneously.
How can physiotherapy help?
Physiotherapy for golf injuries requires a thorough understanding of the golf swing's biomechanical demands and the ability to identify where in the kinetic chain the breakdown is occurring that is driving the injury. The relationship between hip mobility, thoracic rotation, lumbar spine loading and shoulder mechanics in the golf swing means that treating the painful structure alone — without addressing its kinetic chain contributors — reliably produces recurrence.
Lower back rehabilitation for golfers addresses the hip mobility and thoracic rotation deficits that force excessive lumbar compensation in the swing — improving lead hip internal rotation and trail hip external rotation range reduces the torsional demand on the lumbar spine at every swing without requiring technique changes. Deep lumbar stabiliser retraining using real time ultrasound builds the spinal support for high-volume swing loading. Swing modification advice — specifically reducing the amount of lumbar rotation in the backswing through improved hip and thoracic contribution — is as important as the direct physiotherapy.
Elbow rehabilitation for golfer's elbow and tennis elbow follows progressive tendon loading — heavy slow resistance wrist flexor and extensor exercises progressing through golf-specific grip and swing demands. Grip pressure assessment, club fitting advice and impact mechanics are the equipment variables that complement the physiotherapy.
Hip rehabilitation addresses the impingement and rotation restriction contributors to golf-related hip pain — building hip flexibility and stability simultaneously, and managing the extreme rotation demands of the follow-through in a way that protects the hip joint while maintaining swing performance.
Dry needling manages the paraspinal, forearm extensor and periscapular trigger points common in golfers. Clinical Pilates provides excellent trunk rotation, hip mobility and deep stabiliser work directly relevant to golf performance — the rotational control and sequencing emphasis of Pilates is highly transferable to golf swing mechanics. Real time ultrasound guides deep stabiliser retraining.
Our physiotherapists Bethany Kippen and Eliane Machado both have experience in golf-related injuries and are members of the Australian Physiotherapy Association.
To book or find out more, call us on 07 3706 3407 or book online below. We see patients from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
