Hockey Physiotherapy.
The physical demands of hockey
Field hockey is a sport of sustained high-intensity effort, explosive short sprints, repeated change of direction, prolonged forward-flexed trunk posture from the stick, and the asymmetric loading of predominantly one-sided striking and passing mechanics. The combination of high running volumes, hard synthetic turf surfaces, and the specific biomechanical demands of the low hockey stance creates a distinctive and well-documented injury profile.
At Articulate Physiotherapy in Tarragindi, we work with hockey players at all levels — from school and club competition through to representative and elite performers — managing both the acute injuries that interrupt seasons and the chronic overuse injuries that develop from the specific demands of regular hockey training and competition.
Common hockey injuries
Lower back pain is the most prevalent chronic injury in hockey, directly attributable to the prolonged forward-flexed and rotated trunk posture of the hockey stance. The lumbar spine is placed in sustained flexion and rotation during play — a posture that increases disc and facet joint loading far beyond the neutral spine position. Lumbar disc injuries, facet joint syndrome and paraspinal muscle overuse are the most common chronic presentations. Managing lower back pain in hockey players requires not just treatment but specific advice on trunk posture, stick length and warm-up strategies that reduce the cumulative spinal load of training.
Hamstring injuries — from the explosive sprint and acceleration demands of open play — are the most common acute muscle injury. The repeated high-speed running of hockey, combined with the trunk-flexed position that lengthens the hamstrings further than in upright sprinting, creates significant hamstring loading that predisposes to strain injury.
Ankle injuries — lateral ankle sprains from the rapid multidirectional movement on synthetic turf and Achilles tendinopathy from the high running volumes — are among the most common lower limb presentations. The hard synthetic turf surface increases the impact forces transmitted to the lower limb compared to natural grass, contributing to both acute and overuse injury risk.
Knee injuries — patellofemoral pain from the sustained semi-flexed knee position of the hockey stance, patellar tendinopathy from repeated explosive efforts, and ACL injuries from pivoting and change of direction — are all common in hockey. The sustained knee flexion of the hockey stance places significant patellofemoral and quadriceps demand that is a consistent source of anterior knee pain in high-volume players.
Shoulder and wrist injuries from stick impact — direct blows, incorrect stick technique and the repetitive loading of the pushing and hitting actions — include rotator cuff tendinopathy, AC joint injuries and wrist sprains and De Quervain's tenosynovitis from grip and rotational stick forces.
Hip and groin injuries — adductor strains and hip flexor strains from the explosive change of direction and the asymmetric hip loading of the hockey stance and hitting action — are particularly common in midfield players who cover the greatest distances.
Shin splints (MTSS) — from the high running volumes on hard synthetic turf — are common particularly in players who increase their training load rapidly at the start of a pre-season. See our shin splints page for management detail.
Concussion — from stick and ball contact — is increasingly recognised and carefully managed in hockey. Our concussion management approach includes vestibular rehabilitation, cervical physiotherapy and graduated return-to-play protocols.
How can physiotherapy help?
Physiotherapy for hockey injuries addresses the specific postural and movement demands of the sport — the forward-flexed stance, the asymmetric striking mechanics and the high running volumes on hard surfaces — rather than applying generic sports injury principles.
Lumbar rehabilitation for hockey players addresses the specific flexion and rotation loading pattern of the sport — not just pain management but specific spinal stabiliser retraining, hip flexibility work, and advice on modifying training loads and stance mechanics to reduce cumulative spinal stress. Manual therapy addressing the thoracic and lumbar joint restrictions that develop from asymmetric hockey loading is consistently beneficial. Dry needling of the paraspinal and gluteal muscles addresses the trigger points that compound lower back pain in hockey players.
Lower limb strengthening targeting the quadriceps, gluteals, hamstrings and calf complex builds the specific physical qualities that reduce injury risk across the ankle, knee and hip. Real time ultrasound guides deep stabiliser retraining where pain has disrupted normal muscle activation. Clinical Pilates provides excellent trunk rotation, hip stability and spinal stabiliser work directly relevant to hockey performance and injury prevention.
Sport-specific rehabilitation — progressive return to hockey-specific movement patterns, stance position tolerance, and graduated return to training and match play — ensures that return to hockey is criteria-based and safe.
Our physiotherapists Emma Cameron and Eliane Machado both have experience in hockey-related injuries and are members of the Australian Physiotherapy Association. Emma's APA Sports Physiotherapist credentials and Eliane's biomechanics research background are directly relevant to the postural assessment and lower limb rehabilitation central to hockey injury management.
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.
Field hockey is a sport of sustained high-intensity effort, explosive short sprints, repeated change of direction, prolonged forward-flexed trunk posture from the stick, and the asymmetric loading of predominantly one-sided striking and passing mechanics. The combination of high running volumes, hard synthetic turf surfaces, and the specific biomechanical demands of the low hockey stance creates a distinctive and well-documented injury profile.
At Articulate Physiotherapy in Tarragindi, we work with hockey players at all levels — from school and club competition through to representative and elite performers — managing both the acute injuries that interrupt seasons and the chronic overuse injuries that develop from the specific demands of regular hockey training and competition.
Common hockey injuries
Lower back pain is the most prevalent chronic injury in hockey, directly attributable to the prolonged forward-flexed and rotated trunk posture of the hockey stance. The lumbar spine is placed in sustained flexion and rotation during play — a posture that increases disc and facet joint loading far beyond the neutral spine position. Lumbar disc injuries, facet joint syndrome and paraspinal muscle overuse are the most common chronic presentations. Managing lower back pain in hockey players requires not just treatment but specific advice on trunk posture, stick length and warm-up strategies that reduce the cumulative spinal load of training.
Hamstring injuries — from the explosive sprint and acceleration demands of open play — are the most common acute muscle injury. The repeated high-speed running of hockey, combined with the trunk-flexed position that lengthens the hamstrings further than in upright sprinting, creates significant hamstring loading that predisposes to strain injury.
Ankle injuries — lateral ankle sprains from the rapid multidirectional movement on synthetic turf and Achilles tendinopathy from the high running volumes — are among the most common lower limb presentations. The hard synthetic turf surface increases the impact forces transmitted to the lower limb compared to natural grass, contributing to both acute and overuse injury risk.
Knee injuries — patellofemoral pain from the sustained semi-flexed knee position of the hockey stance, patellar tendinopathy from repeated explosive efforts, and ACL injuries from pivoting and change of direction — are all common in hockey. The sustained knee flexion of the hockey stance places significant patellofemoral and quadriceps demand that is a consistent source of anterior knee pain in high-volume players.
Shoulder and wrist injuries from stick impact — direct blows, incorrect stick technique and the repetitive loading of the pushing and hitting actions — include rotator cuff tendinopathy, AC joint injuries and wrist sprains and De Quervain's tenosynovitis from grip and rotational stick forces.
Hip and groin injuries — adductor strains and hip flexor strains from the explosive change of direction and the asymmetric hip loading of the hockey stance and hitting action — are particularly common in midfield players who cover the greatest distances.
Shin splints (MTSS) — from the high running volumes on hard synthetic turf — are common particularly in players who increase their training load rapidly at the start of a pre-season. See our shin splints page for management detail.
Concussion — from stick and ball contact — is increasingly recognised and carefully managed in hockey. Our concussion management approach includes vestibular rehabilitation, cervical physiotherapy and graduated return-to-play protocols.
How can physiotherapy help?
Physiotherapy for hockey injuries addresses the specific postural and movement demands of the sport — the forward-flexed stance, the asymmetric striking mechanics and the high running volumes on hard surfaces — rather than applying generic sports injury principles.
Lumbar rehabilitation for hockey players addresses the specific flexion and rotation loading pattern of the sport — not just pain management but specific spinal stabiliser retraining, hip flexibility work, and advice on modifying training loads and stance mechanics to reduce cumulative spinal stress. Manual therapy addressing the thoracic and lumbar joint restrictions that develop from asymmetric hockey loading is consistently beneficial. Dry needling of the paraspinal and gluteal muscles addresses the trigger points that compound lower back pain in hockey players.
Lower limb strengthening targeting the quadriceps, gluteals, hamstrings and calf complex builds the specific physical qualities that reduce injury risk across the ankle, knee and hip. Real time ultrasound guides deep stabiliser retraining where pain has disrupted normal muscle activation. Clinical Pilates provides excellent trunk rotation, hip stability and spinal stabiliser work directly relevant to hockey performance and injury prevention.
Sport-specific rehabilitation — progressive return to hockey-specific movement patterns, stance position tolerance, and graduated return to training and match play — ensures that return to hockey is criteria-based and safe.
Our physiotherapists Emma Cameron and Eliane Machado both have experience in hockey-related injuries and are members of the Australian Physiotherapy Association. Emma's APA Sports Physiotherapist credentials and Eliane's biomechanics research background are directly relevant to the postural assessment and lower limb rehabilitation central to hockey injury management.
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.
