Contents
Three regions dominate volleyball injury: the knee (patellar tendon), the shoulder (overhead overuse) and the ankle (at the net). The prevention evidence is mixed, and one flagship result is null. The safest single message is not a « prehab » exercise but load management and landing quality.
The three problem regions
| Region | Type | Key figure |
|---|---|---|
| Knee (patellar tendon) | chronic (jumper's knee) | 44.6 % in elite men; 24.8 % pooled; symptoms persist in ~40-50 % at 11-year follow-up. A jump-load injury. |
| Shoulder | overuse | An elite player may hit ~40,000 spikes a season; the shoulder causes the longest time-loss in a season study. |
| Ankle | acute (sprain) | 86 % of sprains happen at the net (63 % on blocking landings, 29 % attacking); the match rate is ~3.9× training. |
Prevention: the honest evidence
Report the mixed and null evidence plainly — a coach acting on a non-existent « proven » programme is the harm:
- A volleyball RCT of the FIFA 11+ Shoulder found NO significant proprioception change (null, n=32). Treat band work as sensible prehab, not a proven injury cure.
- There is no strong volleyball-specific landing-programme RCT showing injury reduction; present landing work as mechanics and load management, not a prophylactic.
- The ankle brace is the best-supported single measure (~50-60 % re-injury reduction, secondary prevention) for a player with a prior sprain.
- The youth jump-load threshold is a NULL: no federation or study publishes a safe weekly jump count. Do not print a number; coach volume qualitatively.
Paak's physique theme targets exactly these regions: a landing-mechanics drill (quality reps, volume management) and a shoulder band drill that carries its own evidence caveat.
Load management
The through-line across knee, shoulder and ankle is jump and overhead load plus net landings. Manage jump and serve volume, train a two-foot soft landing, and jump straight up at the net — not forward into or across the centre line, which ties the centre-line rule (Rule 11) to the ankle-injury mechanism.
Frequently asked
Does a landing programme prevent volleyball injury?
Not demonstrated by a strong volleyball RCT. The rationale rests on the jumper's-knee mechanism and general biomechanics. Present landing work as mechanics and load management, not a proven prophylactic.
Is the shoulder band work proven?
No. A volleyball RCT of the 11+ Shoulder found no significant proprioception change (null, n=32). It is sensible prehab for the overhead shoulder, framed as such, never as proven injury reduction.
What is a safe youth jump count?
There is no published figure. Manage jump volume qualitatively — spread the load, avoid piling max plyometrics on a high-jump week, and watch for sharp week-on-week rises — rather than coaching to a number that does not exist.
Sources
- Lian, Engebretsen, Bahr, patellar tendinopathy in elite athletes, Am J Sports Med 2005; Nutarelli et al. meta-analysis, 2023; Visnes et al. 11-year follow-up, 2024.
- Bahr & Bahr, ankle injuries in volleyball, Scand J Med Sci Sports 1997; FIVB Medical Commission, prevention and treatment of common volleyball injuries.
- Zarei et al., 11+ Shoulder RCT in volleyball (null), BMC Sports Sci Med Rehabil 2021.
- Paak volleyball corpus, file 05 (sport science and injury prevention), verified September 2026.
Last updated: October 1, 2026