Wrist Pain in Gymnastics: Causes, Prevention & Recovery

A gymnast tells you her wrist hurts. Maybe she's been mentioning it for a few weeks. Your first instinct is probably to put wrist guards on it and keep going — that's what most families do. It's also, according to Gymnastics Medicine, one of the most common mistakes in the sport.²

Wrist pain in gymnastics is not a minor complaint to manage around. Research published in Orthopedic Clinics of North America reports it in up to 88% of gymnasts over their careers.¹ The wrist was not designed to be a weight-bearing joint, and in gymnastics, it functions as one, absorbing repeated compressive and torsional forces across handstands, bar work, beam skills, and vaulting. Understanding what's actually happening, what type of injury is involved, and what the evidence says about managing it properly — that's what this article covers.

The Most Common Wrist Injuries in Gymnastics

Gymnastics wrist injuries fall into three main categories, each with distinct causes, presentations, and management approaches. Understanding which type is present requires a medical evaluation, the injuries can appear similar but have very different implications for training and long-term health.

Injury 1: Gymnast Wrist (Distal Radial Physeal Stress Syndrome)

What it is: "Gymnast wrist" is the informal name for distal radial physeal stress syndrome, an injury to the growth plate (physis) at the end of the radius bone near the wrist. According to Physiopedia, it occurs when repetitive compressive, shearing, distraction, and torsional forces are placed through the distal radial growth plates during activities like handstands, cartwheels, and handsprings.³

Why growth plates are vulnerable: In skeletally immature athletes, the growth plate is composed of specialized cartilage that is structurally weaker than surrounding bone. As described by Agility Orthopedics, the growth plate creates new bone allowing growth and lengthening, and its softer structure is an area of weakness prone to overuse and injury.⁴ Once the bone finishes growing, the growth plate turns to bone — making these injuries exclusive to growing children.

Who is most at risk: Gymnast wrist most commonly affects female gymnasts with open growth plates, meaning they are still growing and have not yet finished puberty.² Research cited in Physiopedia indicates it most commonly affects children between 10 and 14 years old, and is found in 32–73% of youth athletes affected by wrist pain from overuse injuries.³

Symptoms: Wrist pain located on the radial (thumb) side of the wrist just below the wrist crease, which occurs any time the gymnast puts weight or pressure on the wrist — during handstands, L-holds, back handsprings, and vaulting. Physical examination typically reveals tenderness to palpation along the distal radial growth plate, decreased wrist extension, and a positive L-hold test.²

The grading system: Gymnastics Medicine describes three stages of gymnast wrist:²

Treatment: According to Orthobullets, treatment involves rest from impact and pounding, immobilization in a brace or cast, and physical therapy for 3–6 weeks. Severe cases involving premature physeal closure may require surgical intervention.⁵ Agility Orthopedics notes that initial treatment focuses on rest until pain resolves, which usually takes between 3–6 months, and that long-term damage is typically the result of ignoring or pushing through pain.⁴

Injury 2: TFCC Injuries (Triangular Fibrocartilage Complex)

The triangular fibrocartilage complex (TFCC) is a structure on the ulnar (pinky) side of the wrist that functions as a cushion and stabilizer for the wrist joint. TFCC injuries are the second most common wrist injury category in gymnastics.

According to Gymnastics Medicine, TFCC tears can occur at any age but are more likely to happen if the gymnast has a history of gymnast wrist with positive ulnar variance, meaning the ulna bone has grown longer than the radius.² This connection is important: unmanaged gymnast wrist in younger athletes directly increases TFCC injury risk as they progress to higher levels.

Mechanism: TFCC injuries may occur from a fall or landing with the arm extended in front, or from repetitive overuse in gymnasts with positive ulnar variance.²

Symptoms: Pain on the ulnar (pinky) side of the wrist, particularly with weight bearing, grip activities, and forearm rotation. Clicking or catching sensations in the wrist may also be present. A medical evaluation including MRI is typically required to confirm the diagnosis.

Treatment: TFCC injuries vary in severity. Minor injuries may be managed with rest, splinting, and rehabilitation. More significant tears may require surgical treatment. Management should always be directed by a qualified sports medicine physician or orthopedic surgeon.

Injury 3: Scaphoid Stress Fractures

The scaphoid is a small bone on the radial side of the wrist that is particularly vulnerable to stress fractures in gymnasts due to its position in the wrist during weight-bearing in extension. Scaphoid fractures are notable because they carry a risk of avascular necrosis — disruption of blood supply to the bone — if not diagnosed and treated promptly.

Symptoms: Pain in the anatomical snuffbox (the indentation on the thumb side of the wrist between two tendons), which worsens with activities involving wrist extension and weight bearing. Scaphoid fractures can be subtle on initial X-ray and may require MRI or CT scan for diagnosis.

Why prompt diagnosis matters: An undiagnosed scaphoid fracture that continues to bear training loads can progress to non-union or avascular necrosis, a serious complication requiring surgical intervention. Any gymnast with persistent radial-sided wrist pain following a specific incident or fall should be evaluated by a physician promptly.

Evidence-Based Prevention Strategies

Gymnastics Medicine's prevention guidance for gymnast wrist includes three primary strategies: decreasing repetitive impact and pounding, strengthening wrist, shoulder, and periscapular muscles, and using proper technique when performing upper extremity weight-bearing skills.²

Research in the literature identifies the following as modifiable risk factors:

• Training volume and intensity: Gymnast wrist is associated with high weekly training hours in skeletally immature athletes. Research cited by Physiopedia links the injury to a substantial number of hours per week performing weight-bearing exercises on the extended wrist.³
• Wrist extension loading: Skills that require prolonged wrist extension under load — handstands, press handstands, L-holds — are the primary mechanism. Technique modification to minimize excessive wrist hyperextension during these skills is a recognized prevention strategy.
• Wrist conditioning: Targeted wrist strengthening exercises that build the muscles supporting the joint reduce stress on passive structures including the growth plate. A physiotherapist or athletic trainer can prescribe a sport-specific program.
• Early reporting culture: Research on young gymnasts' understanding of sport-related pain, cited in Orthopedic Clinics of North America, indicates that athletes often normalize pain and delay reporting it.¹ Coaches and parents who create a culture where pain is reported early, not managed through it — are a critical part of injury prevention.

When to See a Doctor

The following warrant prompt medical evaluation — do not wait for a scheduled appointment:

• Wrist pain that persists for more than 1–2 weeks
• Pain that occurs with any weight bearing on the wrist, including light handstands
• Visible swelling or bruising around the wrist
• Reduced range of motion in wrist extension or rotation
• Pain following a specific fall or impact
• A gymnast who is reluctant to report pain or is modifying technique to avoid loading the wrist

A sports medicine physician or orthopedic specialist with gymnastics experience is the most appropriate first contact. Bilateral wrist X-rays — comparing the symptomatic and asymptomatic wrist — are the standard first imaging step for suspected gymnast wrist.² MRI may be used for more detailed assessment of growth plate damage or soft tissue injury.