Gymnastics Injury Prevention: The Complete Guide

Every gymnastics parent knows the sport is hard on young bodies. What's less understood is exactly where injuries happen, why they happen, and — most importantly — how preventable many of them actually are. USA Gymnastics estimates that up to 80% of acute injuries like ACL tears can be reduced with proper prevention exercises.³ That's not a small number. That's the difference between a gymnast who competes through her career and one who doesn't.

What follows covers the most common gymnastics injuries by body region, who is most at risk and why, and the prevention strategies with actual evidence behind them — drawn from the AAOS, USA Gymnastics, and the published sports medicine literature.

The Injury Landscape in Gymnastics

Each year, more than 86,000 gymnastics-related injuries are treated in hospitals, doctors' offices, clinics, and ambulatory surgery centers in the United States.¹ The injury burden is significant, and understanding where injuries occur is the first step to preventing them.

A retrospective study published in PMC analyzing injury pathology in gymnasts aged 6–17 found that the most injured area of the body was the lower limb, making up 60.5% of all injuries. Areas of most concern were the ankle/foot and the knee.² The same study found that 70% of injured gymnasts continued to train after their injury, a finding that underscores the importance of a culture that encourages honest injury reporting.

A PubMed review of the pediatric gymnastics injury literature found that overuse and nonspecific pain conditions, particularly affecting the wrist and low back — occur frequently among advanced-level female gymnasts. Factors associated with increased injury risk include greater body size, periods of rapid growth, and increased life stress.⁴

Lower Body Injuries

Lower limb injuries account for the majority of gymnastics injuries across all age groups and are primarily driven by the landing and dismount demands of the sport.

Ankle sprains are particularly common in gymnastics due to frequent landings and dismounts. An ankle sprain occurs when the ligaments connecting the ankle bones become overstretched or torn. The AAOS notes that ankle sprains are a particular concern in gymnastics, with repeated ankle injuries being worrisome and requiring evaluation before continuing participation.¹

Knee injuries in gymnastics range from overuse conditions such as patellar tendinopathy to acute injuries including ACL tears. The repetitive, shock-absorbing nature of the sport places ongoing stress on the knee joint. Poor landing technique, including landing with straight legs or collapsing the knees inward — exacerbates this risk.⁵

Achilles tendon injuries result from repeated high-impact landings and jumping. Gymnasts commonly suffer from Achilles tendinitis, strains, or ruptures. These injuries tend to follow a progression: younger gymnasts with open growth plates experience Sever's Disease (calcaneal apophysitis), which can evolve into Achilles tendinopathy or stress fractures as the athlete matures.⁶

Growth plate injuries in the lower limb are particularly relevant to youth gymnasts. The AAOS notes that Osgood-Schlatter disease (tibial apophysitis) causes knee pain in growing athletes and is driven by the same repetitive loading mechanism that causes other growth plate stress injuries in gymnastics.¹

Upper Body Injuries

Upper body injuries in gymnastics are driven primarily by the use of the arms as weight-bearing structures, a function the upper limb was not anatomically designed for. The AAOS identifies common upper body injuries as including overuse of tendons supporting the shoulder, elbow dislocations, cartilage injuries, and gymnast wrist.¹

Wrist injuries, including gymnast wrist (distal radial physeal stress syndrome) — are covered in detail in our dedicated article. See: Wrist Pain in Gymnastics: Causes, Prevention & Recovery.

Shoulder injuries in gymnastics typically involve the rotator cuff and the structures around the shoulder joint. Shoulder impingement — caused by weakness in the rotator cuff and surrounding muscles — results in pain when raising the arms overhead. A retrospective PMC study found that gymnasts aged 14–17 accounted for half of all shoulder injuries, corresponding to the period of increased training intensity and more advanced skill demands.²

Back Injuries

Lower back pain is common among gymnasts and results from the hyperextension demands of the sport. The bends and twists required in many gymnastics movements place significant stress on the lower lumbar region, particularly in athletes without adequate core strength to support the hyperextension.⁵

The AAOS notes that low back pain in gymnastics can include muscle strain, ligament sprain, fracture, and disc disorders. Stress fractures, specifically spondylolysis (stress fractures of the lumbar vertebrae) — are seen in gymnasts who perform high volumes of extension-based skills and are a cause of persistent back pain that should prompt medical evaluation.¹

Evidence-Based Prevention Strategies

The AAOS, USA Gymnastics, and published sports medicine research consistently identify the following strategies as evidence-supported for reducing gymnastics injury risk:

1. Structured warm-up

The AAOS states that research shows cold muscles are more prone to injury and recommends a structured warm-up before every training session. A five-minute cardiovascular warm-up followed by dynamic stretching — covering the neck, back, shoulders, forearms, wrists, hips, thighs, calves, ankles, and feet — is the recommended framework.¹

2. Injury prevention exercise programs

USA Gymnastics states that the likelihood of acute injuries such as ACL tears can be reduced by up to 80% with proper injury prevention exercises.³ These programs typically focus on landing mechanics, neuromuscular control, hip and knee strength, and balance training.

3. Landing technique

Poor landing mechanics are a primary driver of lower extremity injuries in gymnastics. Teaching gymnasts to land with soft knees, hip width apart, and with controlled energy absorption — rather than landing stiff-legged or with knees caving inward — is a fundamental prevention strategy.⁵

4. Managing training load

The AAOS identifies overuse injury prevention as a specific concern in gymnastics and recommends that gymnasts who train nearly year-round be watchful for common overuse conditions.¹ A PMC systematic review notes that lower body injuries are driven in significant part by training volume — gymnasts doing too much, too fast.⁶ Periodization — planned variation in training intensity and volume — is the evidence-based approach to managing this risk.

5. Strength and stability training

Gymnasts must develop stability to balance their high level of flexibility. Stability helps control flexibility so that each joint can be controlled with the surrounding muscles.⁵ Targeted strength programs addressing the rotator cuff, hip abductors, knee stabilizers, and core musculature directly reduce injury risk across all body regions.

6. Early reporting culture

The PMC retrospective study found that 70% of injured gymnasts continued training after injury.² Building a training culture where pain is reported early, not normalized or pushed through — is one of the most impactful changes a gym can make. This requires buy-in from coaches, parents, and athletes alike.

7. Equipment and environment

The AAOS identifies properly maintained equipment as a prevention factor. This includes appropriately sprung floor surfaces, properly matted landing zones, correct vault height, and chalk availability that allows secure grip during bar work.¹

Age-Specific Considerations

Injury patterns vary by age group in ways that are relevant to prevention. The PMC retrospective study found that gymnasts aged 10–13 accounted for the largest proportion of injury, with half of all lower limb injuries and over half of all knee injuries occurring in this age group.² This corresponds to the period of peak height velocity — rapid growth — during which growth plates are most vulnerable to stress injury.

The University of Utah Health notes that factors associated with increased injury risk in female gymnasts include greater body size, periods of rapid growth, and increased life stress.⁴ Coaches and parents of gymnasts going through growth spurts should be particularly attentive to training load management and early pain reporting.

When to Seek Medical Evaluation

The following warrant prompt evaluation by a healthcare professional:

• Pain that persists for more than 1–2 weeks in any joint or body region
• Swelling, bruising, or visible deformity following an impact or fall
• Pain that limits normal training activities or causes limping
• Chronic back pain, particularly with extension movements
• Repeated ankle sprains or chronic ankle pain
• Any wrist pain during weight-bearing skills (see: Wrist Pain Guide)
• A gymnast who is consistently modifying technique to avoid loading a particular body part