I see a specific pattern often in younger, sporty patients — a shoulder dislocates once during a fall or collision, gets “popped back in,” and then starts dislocating again and again with less and less force each time. Parents and patients alike are usually confused about why this keeps happening.
The shoulder is the most mobile joint in the body, which is exactly why it’s also the most prone to instability. A first dislocation, especially in someone under 25, often tears or stretches the labrum — the ring of cartilage that helps keep the ball of the shoulder seated in its socket. Once that structure is damaged, the shoulder loses some of its natural “guardrail,” making repeat dislocations far more likely, sometimes from something as minor as reaching overhead awkwardly.
This is where age matters a lot in my treatment approach. In younger, athletic patients, the recurrence rate after a first dislocation treated with rest alone is genuinely high — often over 70% in some sporting populations. That’s very different from an older patient having a first dislocation, where the recurrence risk is much lower.
For young athletes, especially those in contact sports like football, wrestling, or basketball, I often recommend arthroscopic stabilization surgery after a first significant dislocation, rather than waiting for it to become a repeated problem. The procedure repairs the torn labrum and tightens the surrounding capsule, restoring the joint’s natural stability.
Waiting it out isn’t free of cost either — every repeat dislocation causes a bit more cartilage and bone damage, which can eventually complicate treatment and increase the risk of early arthritis in that shoulder.
If your child or you have had more than one shoulder dislocation, or a first one during competitive sport, it’s worth a dedicated evaluation rather than assuming it’ll settle on its own.
Dr. Anand Jindal, Director & Head, Orthopedics and Joint Replacement Surgery, Park Hospital, Panchkula, specializes in sports-related shoulder instability in young athletes.