High Jump Physiotherapy and Injury Rehabilitation
Physiotherapy for high jump athletes
High jump is one of the most technically demanding events in athletics. The combination of sprint approach, single-leg take-off, bar clearance and landing places exceptional demands on the lower limb, pelvis, lumbar spine and shoulder girdle — and when any of those structures break down, the athlete needs a physiotherapist who understands not just the injury but the specific biomechanical demands of the event.
At Articulate Physiotherapy in Tarragindi, we work with athletes across Brisbane's southside including track and field competitors from club through to elite level. Our approach to high jump injury management and performance work is grounded in understanding how the event actually works — from the J-curve approach and penultimate stride mechanics through to the Fosbury Flop bar clearance and back landing.
Common high jump injuries
The take-off leg carries the greatest injury burden in high jump. The explosive single-leg push-off at take-off generates ground reaction forces of up to seven times body weight, making this the highest-risk moment in the event. The most frequently seen injuries include:
Patellar tendinopathy (jumper's knee) is the most common overuse injury in high jump, caused by the repetitive explosive knee extension demands of the take-off. It is characterised by localised pain at the inferior pole of the patella that typically presents after training rather than during it in the early stages, progressing to pain during activity as the condition worsens.
Achilles tendinopathy and calf-related injuries are common given the explosive plantarflexion demands of take-off. Mid-portion and insertional Achilles tendinopathy both occur, and the high training volumes typical of athletics preparation mean load management is critical to managing flare-ups without losing fitness.
Hamstring strains occur during the sprint approach, particularly in the penultimate and final strides where the hamstring is under maximum eccentric load. High jumpers are also susceptible to proximal hamstring tendinopathy given the combination of sprint loading and the hip flexion demands of bar clearance.
Stress fractures of the tibia and metatarsals are seen in high volume training periods. The repetitive impact of the approach run combined with the single-leg take-off creates concentrated bony loading that can exceed the bone's adaptive capacity, particularly when training loads are increased too rapidly or nutrition and recovery are inadequate.
Sacroiliac joint dysfunction and low back pain are characteristic of high jump due to the extreme spinal extension and rotation of the Fosbury Flop technique. The arched back position during bar clearance loads the lumbar facet joints and sacroiliac joints in a way that is unique to this event, and athletes with any pre-existing lumbar pathology need careful management of training volume and technique.
Hip flexor strains and labral tears occur at the lead leg hip during bar clearance, where rapid hip flexion combined with the rotational demands of the Flop creates significant stress at the anterior hip.
Shoulder injuries — particularly rotator cuff strains — can occur from repeated landing impact on the back and shoulders, though modern high jump pit design has reduced the severity of these compared to earlier eras.
How we approach high jump physiotherapy
Effective high jump physiotherapy requires understanding both the injury and the event. Treatment is always tailored to the athlete's event demands, training phase, and competition calendar — the approach for an athlete in a heavy training block is different to one peaking for competition, and both are different to an athlete in off-season rehabilitation.
Our physiotherapists assess not just the injured structure but the broader biomechanical picture — approach run mechanics, take-off technique, bar clearance position, and landing patterns — to identify contributing factors that may be perpetuating the injury or increasing re-injury risk. Real time ultrasound assists in assessing tendon structure and deep muscle activation patterns where relevant.
Clinical Pilates is a valuable training tool for high jump athletes during rehabilitation and in the off-season, particularly for developing the single-leg stability, hip control and lumbar spine endurance that underpin both injury prevention and performance.
For athletes managing performance enhancement alongside injury management, our integrated physiotherapy and exercise physiology model means those two threads of work can happen in the same clinic under a coordinated team.
Our physiotherapists Mauricio Bara and Eliane Machado both have specific experience in athletic and sports injury management. Eliane's research background includes running biomechanics and lower limb injury in athletes, and Mauricio holds an APA Sports Physiotherapist title. Both 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 athletes from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
High jump is one of the most technically demanding events in athletics. The combination of sprint approach, single-leg take-off, bar clearance and landing places exceptional demands on the lower limb, pelvis, lumbar spine and shoulder girdle — and when any of those structures break down, the athlete needs a physiotherapist who understands not just the injury but the specific biomechanical demands of the event.
At Articulate Physiotherapy in Tarragindi, we work with athletes across Brisbane's southside including track and field competitors from club through to elite level. Our approach to high jump injury management and performance work is grounded in understanding how the event actually works — from the J-curve approach and penultimate stride mechanics through to the Fosbury Flop bar clearance and back landing.
Common high jump injuries
The take-off leg carries the greatest injury burden in high jump. The explosive single-leg push-off at take-off generates ground reaction forces of up to seven times body weight, making this the highest-risk moment in the event. The most frequently seen injuries include:
Patellar tendinopathy (jumper's knee) is the most common overuse injury in high jump, caused by the repetitive explosive knee extension demands of the take-off. It is characterised by localised pain at the inferior pole of the patella that typically presents after training rather than during it in the early stages, progressing to pain during activity as the condition worsens.
Achilles tendinopathy and calf-related injuries are common given the explosive plantarflexion demands of take-off. Mid-portion and insertional Achilles tendinopathy both occur, and the high training volumes typical of athletics preparation mean load management is critical to managing flare-ups without losing fitness.
Hamstring strains occur during the sprint approach, particularly in the penultimate and final strides where the hamstring is under maximum eccentric load. High jumpers are also susceptible to proximal hamstring tendinopathy given the combination of sprint loading and the hip flexion demands of bar clearance.
Stress fractures of the tibia and metatarsals are seen in high volume training periods. The repetitive impact of the approach run combined with the single-leg take-off creates concentrated bony loading that can exceed the bone's adaptive capacity, particularly when training loads are increased too rapidly or nutrition and recovery are inadequate.
Sacroiliac joint dysfunction and low back pain are characteristic of high jump due to the extreme spinal extension and rotation of the Fosbury Flop technique. The arched back position during bar clearance loads the lumbar facet joints and sacroiliac joints in a way that is unique to this event, and athletes with any pre-existing lumbar pathology need careful management of training volume and technique.
Hip flexor strains and labral tears occur at the lead leg hip during bar clearance, where rapid hip flexion combined with the rotational demands of the Flop creates significant stress at the anterior hip.
Shoulder injuries — particularly rotator cuff strains — can occur from repeated landing impact on the back and shoulders, though modern high jump pit design has reduced the severity of these compared to earlier eras.
How we approach high jump physiotherapy
Effective high jump physiotherapy requires understanding both the injury and the event. Treatment is always tailored to the athlete's event demands, training phase, and competition calendar — the approach for an athlete in a heavy training block is different to one peaking for competition, and both are different to an athlete in off-season rehabilitation.
Our physiotherapists assess not just the injured structure but the broader biomechanical picture — approach run mechanics, take-off technique, bar clearance position, and landing patterns — to identify contributing factors that may be perpetuating the injury or increasing re-injury risk. Real time ultrasound assists in assessing tendon structure and deep muscle activation patterns where relevant.
Clinical Pilates is a valuable training tool for high jump athletes during rehabilitation and in the off-season, particularly for developing the single-leg stability, hip control and lumbar spine endurance that underpin both injury prevention and performance.
For athletes managing performance enhancement alongside injury management, our integrated physiotherapy and exercise physiology model means those two threads of work can happen in the same clinic under a coordinated team.
Our physiotherapists Mauricio Bara and Eliane Machado both have specific experience in athletic and sports injury management. Eliane's research background includes running biomechanics and lower limb injury in athletes, and Mauricio holds an APA Sports Physiotherapist title. Both 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 athletes from across Brisbane's southside including Tarragindi, Coorparoo, Holland Park, Greenslopes and Mt Gravatt.
