Why Female Athletes Tear Their ACLs More Often — and How to Reduce the Risk

Posted on: July 22nd, 2026 by Our Team

ACL tears are among the most common and devastating knee injuries in sports. While they can happen to anyone, female athletes have a significantly higher risk of ACL injury compared with male athletes participating in similar sports.

This is especially important for athletes in soccer, basketball, volleyball, lacrosse, gymnastics, field hockey, and skiing, where sudden cutting, pivoting, jumping, landing, and deceleration place high demands on the knee.

For families and athletes in Hinsdale, Westmont, Oak Brook, Downers Grove, Western Springs, Clarendon Hills, Burr Ridge, Elmhurst, and the surrounding Chicago western suburbs, understanding this risk is the first step toward prevention, early diagnosis, and safe return to sport.

As a board-certified orthopaedic surgeon specializing in sports medicine, ACL reconstruction, complex knee injuries, and joint preservation, Dr. Ronak M. Patel treats ACL injuries with a focus on restoring stability, protecting the meniscus and cartilage, and helping athletes return safely and confidently.

How Much Higher Is the ACL Tear Risk in Female Athletes?

Multiple studies have shown that female athletes are more likely to tear their ACL than male athletes in comparable sports.

While the exact number varies by age, sport, level of play, and exposure, the literature consistently shows that female athletes have a substantially higher ACL injury risk. In sports such as soccer and basketball, female athletes may experience ACL tears at roughly two to several times the rate of male athletes.

This difference becomes especially noticeable after puberty, when changes in strength, body mechanics, limb alignment, and sport demands may increase stress on the knee.

The risk is not because female athletes are “weaker” or less capable. It is because ACL injury risk is multifactorial — involving anatomy, biomechanics, neuromuscular control, training exposure, strength, fatigue, hormones, equipment, playing surface, and access to high-quality prevention programs.

Sports With the Highest ACL Risk for Female Athletes

ACL tears are most common in sports that involve rapid cutting, pivoting, jumping, landing, sudden stopping, and unpredictable changes in direction.

Higher-risk sports for female athletes include:

• Soccer
• Basketball
• Lacrosse
• Volleyball
• Gymnastics
• Field hockey
• Skiing
• Cheerleading
• Flag football and other pivoting field sports

Soccer and basketball are two of the most frequently discussed sports because they combine cutting, pivoting, jumping, contact, fatigue, and high participation rates. Gymnastics and volleyball also create risk because of repetitive jumping and landing forces. Lacrosse and field hockey involve rapid acceleration, deceleration, and multidirectional movements.

Club and year-round sports participation may also increase risk because athletes have less time for recovery, cross-training, and strength development.

Why Do Female Athletes Tear Their ACLs More Often?

There is no single cause. Female ACL injuries are best understood as the result of multiple risk factors working together.

1. Landing and Cutting Mechanics

Many ACL tears are non-contact injuries. This means the athlete may tear the ligament while landing, cutting, pivoting, or decelerating without being hit by another player.

Risky movement patterns may include:

• Landing with the knee relatively straight
• Allowing the knee to collapse inward
• Poor hip and core control
• Limited knee and hip flexion when landing
• Poor control during deceleration
• Cutting with the foot planted and the body rotating

These mechanics can place increased strain on the ACL.

2. Hip, Core, and Glute Strength

The knee does not function in isolation. Weakness or poor control at the hip and core can cause the knee to fall into a more vulnerable position during landing and cutting.

For female athletes, strengthening the glutes, hamstrings, quadriceps, hip stabilizers, and core can be especially important for reducing risky movement patterns.

3. Hamstring-to-Quadriceps Balance

The hamstrings help resist forward translation of the tibia, which is one of the forces controlled by the ACL. If the quadriceps dominate and the hamstrings are relatively underactive or weak, the ACL may experience higher loads during athletic movement.

A good prevention and rehab program should emphasize hamstring strength, posterior-chain strength, and proper muscle activation — not just quadriceps strengthening.

4. Anatomy and Alignment

Some anatomic differences may contribute to ACL risk, including:

• Pelvic width and lower-extremity alignment
• Knee valgus tendency
• Smaller ACL size in some athletes
• Differences in notch anatomy
• Joint laxity
• Foot and ankle mechanics

These factors do not guarantee an ACL tear, but they may influence how the knee responds to high-demand sports.

5. Hormonal Factors

Hormones may influence ligament laxity and neuromuscular control, but the relationship between menstrual cycle timing and ACL injury risk is still not fully settled.

For patients and families, the practical takeaway is that prevention should not focus only on hormone timing. The more actionable strategy is to build strength, landing control, balance, and sport-specific mechanics year-round.

6. Fatigue and Year-Round Sports

Fatigue changes movement quality. Athletes are often more vulnerable late in games, late in tournaments, or late in a season when mechanics break down.

Year-round single-sport specialization may increase risk by limiting recovery and reducing exposure to varied movement patterns. Cross-training, strength training, rest, and preseason screening may all play a role in reducing injury risk.

Signs of an ACL Tear in a Female Athlete

Athletes often describe:

• A pop or shift in the knee
• Immediate pain
• Rapid swelling
• Difficulty continuing play
• A feeling that the knee gave out
• Instability with cutting or pivoting
• Loss of confidence in the knee
• Associated meniscus symptoms such as catching or locking

A young athlete who has a swollen knee after a twisting injury should be evaluated promptly. ACL tears can occur along with meniscus tears, cartilage injuries, bone bruising, MCL injuries, and other ligament injuries.

Why Early Diagnosis Matters

Early evaluation is important because an unstable ACL-deficient knee can place the meniscus and cartilage at risk.

The meniscus is a shock absorber. The articular cartilage is the smooth surface that allows the knee to glide. Repeated instability episodes after an ACL tear can increase stress on these structures and may lead to further injury.

For female athletes who want to return to soccer, basketball, lacrosse, volleyball, gymnastics, skiing, or other high-impact sports, the treatment plan should consider not only returning to play, but also long-term joint preservation.

Treatment Options for Female ACL Tears

Treatment depends on the athlete’s age, sport, goals, instability, growth plate status, MRI findings, and associated injuries.

Non-Surgical Treatment

Non-surgical care may be appropriate for select patients, especially if they have:

• Partial ACL injury
• Minimal instability
• Lower-demand activity goals
• No major meniscus or cartilage injury
• Strong neuromuscular control
• Willingness to complete structured rehab

Non-surgical treatment usually includes physical therapy, activity modification, strength training, neuromuscular training, and sometimes functional bracing.

However, young athletes who want to return to pivoting sports often require ACL reconstruction because the demands of sport can exceed what an ACL-deficient knee can safely tolerate.

ACL Reconstruction

ACL reconstruction is commonly recommended for athletes who want to return to high-risk sports or who have instability with daily life or activity.

Surgery replaces the torn ACL with a graft. Graft options may include:

• Quadriceps tendon autograft
• Patellar tendon autograft
• Hamstring tendon autograft
• Allograft tissue in select lower-demand patients

Graft choice should be individualized based on age, sport, anatomy, goals, and surgeon experience.

Meniscus and Cartilage Treatment

Many ACL injuries occur with meniscus or cartilage damage. When possible, preserving and repairing the meniscus is especially important for long-term knee health.

In female athletes, the treatment plan should address the entire knee — not just the ACL.

Are There Differences in Rehab and Recovery for Female Athletes?

The basic phases of ACL rehabilitation are similar for male and female athletes, but female athletes may benefit from additional emphasis in specific areas.

1. Neuromuscular Control

Rehab should focus heavily on movement quality, especially during:

• Landing
• Deceleration
• Cutting
• Single-leg balance
• Jumping
• Pivoting
• Fatigue-based drills

The goal is to train the athlete to control knee position under realistic sport demands.

2. Hip and Core Strength

Female athletes often benefit from focused work on glute strength, pelvic control, trunk stability, and single-leg mechanics. Better hip and core control can reduce dynamic knee valgus and improve landing mechanics.

3. Hamstring and Posterior Chain Strength

Hamstring strength is critical after ACL injury and reconstruction. Rehab should include progressive posterior-chain work, including hamstring strengthening, glute strengthening, and deceleration control.

4. Psychological Readiness

Fear of reinjury is common after ACL reconstruction. Female athletes may face unique psychological barriers when returning to sport, including decreased confidence, concern about reinjury, and pressure to return before they feel ready.

A strong return-to-sport plan should address both physical and psychological readiness.

5. Criteria-Based Return to Sport

Return to sport should not be based only on time.

Important return-to-sport criteria include:

• No swelling
• Full range of motion
• Strength symmetry
• Hop testing
• Balance testing
• Landing mechanics
• Cutting mechanics
• Sport-specific drills
• Psychological readiness
• Confidence in the knee

For many athletes, return to sport takes 9 to 12 months or longer. Returning too early may increase the risk of reinjury.

Can ACL Injuries Be Prevented?

Not all ACL injuries can be prevented, but many risk factors can be improved.

Evidence-based prevention programs usually include:

• Dynamic warm-up
• Plyometrics
• Landing mechanics
• Balance training
• Hip and core strengthening
• Hamstring strengthening
• Agility and cutting drills
• Deceleration training
• Fatigue-resistant movement control

These programs work best when performed consistently, ideally beginning before the season and continuing during the season.

For female athletes, prevention should not be an occasional exercise. It should be part of the normal training culture.

What Parents and Coaches Should Watch For

Parents and coaches can help reduce ACL risk by watching for:

• Knees collapsing inward when landing
• Poor single-leg balance
• Awkward cutting mechanics
• Fatigue-related form breakdown
• Year-round play without rest
• Lack of strength training
• Prior knee injury
• Complaints of instability or swelling

A prevention-focused training program can be especially valuable for adolescent female athletes before and during high-risk sports seasons.

Female ACL Injury Care in Hinsdale, Westmont, and the Western Chicago Suburbs

Dr. Ronak M. Patel specializes in ACL injuries, sports medicine, complex knee surgery, and joint preservation. His approach focuses on individualized treatment, safe return to sport, and long-term protection of the knee.

Patients from Hinsdale, Westmont, Oak Brook, Downers Grove, Western Springs, Clarendon Hills, Burr Ridge, La Grange, Elmhurst, Willowbrook, Darien, and the surrounding Chicago western suburbs seek care for ACL tears, knee instability, sports injuries, meniscus injuries, and cartilage damage.

Whether the athlete is a high school soccer player, a basketball player, a gymnast, a skier, a volleyball player, or a recreational athlete, the goal is the same: restore stability, protect the knee, and return safely to activity.

Frequently Asked Questions About Female ACL Tears

Are ACL tears more common in female athletes?

Yes. Female athletes have higher ACL tear rates than male athletes in many comparable sports, especially sports that involve cutting, pivoting, jumping, and landing.

Which sports have the highest ACL risk for girls and women?

Soccer, basketball, lacrosse, volleyball, gymnastics, field hockey, skiing, and other pivoting or jumping sports are among the higher-risk activities.

Why do female athletes tear their ACLs more often?

The higher risk is multifactorial. Contributing factors include landing mechanics, knee valgus, hip and core control, hamstring strength, anatomy, fatigue, training exposure, and possibly hormonal influences.

Can strength training reduce ACL risk?

Yes. Strength training, neuromuscular training, landing mechanics, balance work, and deceleration training can reduce modifiable risk factors and may lower injury rates when performed consistently.

Do all female ACL tears require surgery?

No. Some partial tears or low-demand patients may be treated without surgery. However, many female athletes who want to return to soccer, basketball, lacrosse, volleyball, skiing, or other pivoting sports benefit from ACL reconstruction.

Is rehab different for female athletes?

The overall rehab structure is similar, but female athletes may benefit from extra attention to hip strength, hamstring strength, landing mechanics, cutting mechanics, neuromuscular control, and psychological readiness.

When can a female athlete return to sport after ACL reconstruction?

Return to sport is typically based on functional testing and readiness, not just time. Many athletes require 9 to 12 months or longer before safely returning to high-demand sports.

Take the Next Step

If you or your child has suffered an ACL injury, knee instability, or a sports-related knee injury, schedule an evaluation with Dr. Ronak M. Patel.

A personalized treatment plan can help determine whether non-surgical care, ACL reconstruction, bracing, injury prevention training, or return-to-sport testing is the best path forward.

Serving Hinsdale, Westmont, Oak Brook, Downers Grove, Western Springs, Clarendon Hills, Burr Ridge, Elmhurst, and the surrounding Chicago western suburbs.