Volleyball Injuries: Protecting Your Knees, Shoulders, and Ankles on Court

Volleyball is a sport of explosive power -- repeated jumping, overhead hitting, and rapid lateral movements create a unique injury profile centred on the knees, shoulders, and ankles. Whether you play indoor 6-a-side, beach volleyball, or recreational games at community centres across Malaysia, the repetitive nature of spiking and blocking can accumulate significant stress on joints and tendons. Studies show that volleyball players perform an average of 60-100 jumps per match, with elite hitters generating vertical forces exceeding 4 times body weight on landing.

Knee Injuries: Jumper's Knee and ACL Concerns

Patellar tendinopathy (jumper's knee) is the hallmark volleyball injury, affecting up to 45% of elite players. The condition develops from repetitive loading of the patellar tendon during jumping and landing. Pain is typically felt at the bottom of the kneecap, worsening with explosive movements and improving with rest. If left untreated, it can become a chronic, degenerative condition that significantly limits playing time.

Physiotherapy management follows a progressive loading protocol: isometric holds (e.g., wall sits or Spanish squats at 70-80% effort for 45 seconds) provide immediate pain relief and begin tendon remodelling. This progresses to heavy slow resistance training -- decline single-leg squats, leg press, and split squats at a 3-second eccentric tempo -- before reintroducing plyometric loading.

ACL injuries occur most often during landing from a block or spike, particularly when the knee collapses inward (valgus). Female volleyball players are 2-4 times more likely to sustain ACL tears than males. Neuromuscular training programmes focusing on proper landing mechanics -- soft, flexed-knee landings with knees tracking over toes -- have been shown to reduce ACL injury rates by 50-70%.

Shoulder Injuries: The Overhead Athlete's Challenge

Volleyball spiking generates arm speeds exceeding 80 km/h, placing enormous demands on the rotator cuff and labrum. Over time, the dominant shoulder develops increased external rotation and decreased internal rotation -- a pattern called glenohumeral internal rotation deficit (GIRD). When GIRD exceeds 20 degrees compared to the non-dominant side, the risk of shoulder impingement and labral tears increases substantially.

Prevention centres on maintaining rotator cuff balance: external rotation strengthening (side-lying dumbbell external rotation, band pull-aparts) counteracts the dominance of the powerful internal rotators used during spiking. Cross-body posterior shoulder stretches (sleeper stretches) help maintain internal rotation range. Scapular stability exercises -- wall slides, prone Y-T-W raises, and serratus anterior punches -- ensure the shoulder blade provides a stable platform for overhead movements.

Ankle Sprains: Prevention and Return to Play

Ankle sprains account for up to 40% of all acute volleyball injuries, most commonly occurring when a player lands on an opponent's foot at the net. The lateral ligament complex is almost always involved. After an initial sprain, the risk of re-injury is 70% higher without targeted rehabilitation.

A structured ankle rehabilitation programme includes: early weight-bearing and range-of-motion exercises in the first week, progressive proprioception training (single-leg balance, wobble board, eyes-closed challenges) in weeks 2-4, and sport-specific agility drills -- lateral shuffles, block-jump-land sequences, and reactive net drills -- before full return to play. Prophylactic ankle bracing or taping during the first 6-12 months after a sprain is supported by evidence to reduce recurrence.