Long Jump Physiotherapy and Injury Rehabilitation
Physiotherapy for long jump athletes
Long jump is one of the most technically complex events in athletics, combining sprint speed, explosive take-off, flight mechanics and a highly demanding landing into a single coordinated effort. The forces generated at take-off — where a single leg absorbs and redirects momentum accumulated over a full sprint approach — are among the highest of any athletic event, and the demands placed on the hip flexors, hamstrings and lower limb during the pit landing are genuinely unique to this discipline.
At Articulate Physiotherapy in Tarragindi, we work with athletics athletes from club to elite level across Brisbane's southside. Our approach to long jump injury management is grounded in understanding not just the injury but the event — the mechanics of the approach run, the penultimate stride, the take-off foot plant, the flight position and the pit landing — because effective rehabilitation requires knowing where in the movement cycle the injury is being generated.
Common long jump injuries
How we approach long jump physiotherapy
Effective long jump physiotherapy requires understanding the complete biomechanical picture — which phase of the event is loading the injured structure, what technical factors may be contributing, and how to modify training to allow healing without losing the sprint and power qualities that underpin performance.
Our assessment covers approach run mechanics, take-off technique, flight position and landing patterns alongside the standard clinical assessment of the injured structure. For overuse injuries, training load analysis is essential — understanding the volume, intensity and surface of recent training, and identifying the point at which load exceeded the tissue's capacity to recover.
Real time ultrasound assists in assessing tendon structure and deep muscle activation patterns. Clinical Pilates provides a valuable controlled environment for hip flexor, gluteal and core strengthening during rehabilitation when full sprint training is not yet appropriate. For athletes managing performance enhancement alongside injury rehabilitation, our integrated physiotherapy and exercise physiology model coordinates both threads of work under one roof.
Our physiotherapists Eliane Machado and Bethany Kippen and Exercise Physiologist Ash O'Regan all have experience in athletic and sports injury management. Eliane's doctoral research in running biomechanics and lower limb injury in athletes is directly relevant to the sprint and take-off demands of long jump. All 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.
Long jump is one of the most technically complex events in athletics, combining sprint speed, explosive take-off, flight mechanics and a highly demanding landing into a single coordinated effort. The forces generated at take-off — where a single leg absorbs and redirects momentum accumulated over a full sprint approach — are among the highest of any athletic event, and the demands placed on the hip flexors, hamstrings and lower limb during the pit landing are genuinely unique to this discipline.
At Articulate Physiotherapy in Tarragindi, we work with athletics athletes from club to elite level across Brisbane's southside. Our approach to long jump injury management is grounded in understanding not just the injury but the event — the mechanics of the approach run, the penultimate stride, the take-off foot plant, the flight position and the pit landing — because effective rehabilitation requires knowing where in the movement cycle the injury is being generated.
Common long jump injuries
- The injury burden in long jump clusters around three phases of the event: the sprint approach, the take-off, and the landing.
- Sprint approach injuries mirror those seen in sprinting generally. Hamstring strains are the most common, particularly in the penultimate stride where the hamstring is under maximum eccentric load at high velocity. Proximal hamstring tendinopathy — injury at the attachment of the hamstring to the ischial tuberosity — is also seen, particularly in athletes who combine high sprint volumes with prolonged hip flexion during the flight phase. Calf strains and Achilles tendinopathy occur from the repeated explosive push-off demands of both the approach and take-off.
- Take-off injuries are concentrated in the take-off leg, which absorbs enormous forces at foot strike during the penultimate and final strides. Patellar tendinopathy is the most frequently seen overuse injury, driven by the repetitive explosive knee extension of the take-off. Stress fractures of the tibia, metatarsals and navicular occur during high training volume periods. Hip flexor strains — particularly of the iliopsoas — occur from the explosive hip extension at take-off followed by the rapid hip flexion required to achieve the flight position. Groin strains and adductor injuries are also common given the rotational demands at the take-off hip.
- Landing injuries are distinctive to long jump and are sometimes underappreciated by clinicians unfamiliar with the event. The pit landing requires extreme bilateral hip flexion at speed — the athlete's legs are driven forward and upward as far as possible to maximise landing distance, then the body collapses forward to prevent falling back. This places exceptional eccentric demands on the hip flexors and quadriceps, and the repeated nature of training landings produces cumulative stress that can lead to hip labral tears, femoroacetabular impingement, and anterior hip pain. Wrist and shoulder injuries occasionally occur from landing contact with the pit.
- Lower back pain is common in long jump athletes due to the combination of sprint loading and the extreme lumbar extension and rotation that characterises the hang technique during flight.
How we approach long jump physiotherapy
Effective long jump physiotherapy requires understanding the complete biomechanical picture — which phase of the event is loading the injured structure, what technical factors may be contributing, and how to modify training to allow healing without losing the sprint and power qualities that underpin performance.
Our assessment covers approach run mechanics, take-off technique, flight position and landing patterns alongside the standard clinical assessment of the injured structure. For overuse injuries, training load analysis is essential — understanding the volume, intensity and surface of recent training, and identifying the point at which load exceeded the tissue's capacity to recover.
Real time ultrasound assists in assessing tendon structure and deep muscle activation patterns. Clinical Pilates provides a valuable controlled environment for hip flexor, gluteal and core strengthening during rehabilitation when full sprint training is not yet appropriate. For athletes managing performance enhancement alongside injury rehabilitation, our integrated physiotherapy and exercise physiology model coordinates both threads of work under one roof.
Our physiotherapists Eliane Machado and Bethany Kippen and Exercise Physiologist Ash O'Regan all have experience in athletic and sports injury management. Eliane's doctoral research in running biomechanics and lower limb injury in athletes is directly relevant to the sprint and take-off demands of long jump. All 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.
