If you watch young athletes training across tennis academies in Ahmedabad, you will witness immense physical dedication. However, overhead racquet sports place a unique, high-velocity demand on a developing skeletal structure. We are seeing an increasing number of competitive players aged 12–17 presenting with sharp shoulder catches during serves or deep forearm aches after a heavy baseline session.
When a young tennis player complains of elbow or wrist pain, the standard response is to buy a forearm brace or tell them to stop playing for two weeks. But resting masks the mechanical error. The moment they step back onto the court and hit a powerful serve, the tissue is re-injured.
The Kinetic Chain of the Overhead Serve
A tennis serve is a full-body mechanical chain. The explosive force starts at the feet, transfers through the legs, multiplies in the hips and core, travels up the spine, and unloads through the shoulder, elbow, and wrist.
When an adolescent player goes through a rapid growth spurt, their muscles and bones adapt at different rates, frequently leading to stiffness in the thoracic spine (the mid-back). If the mid-back cannot rotate or extend fully during the wind-up phase of a serve, the body has to find that missing power from somewhere else. The player unconsciously forces their shoulder to over-rotate and whips their elbow violently to complete the strike.
The elbow and wrist end up paying the price for a mechanical block located in the spine. Treating the forearm without unlocking the mid-back ensures the injury returns every single match.
The Prehab Advantage: On-Court Movement Screening
For developing athletes, true injury prevention means identifying movement deficits before the tissue breaks down under volume.
At MoveSync, our Sports & Performance Rehab team evaluates young players across their sport-specific movement patterns. By testing single-leg landing stability, rotational core control, and specific joint tracking, we identify the exact mechanical errors driving joint stress. We build physical resilience so they can increase their training volume safely.