How Functional Movement Screening Can Identify Injury Risks

Physical activity plays an important role in maintaining strength, mobility, and overall health. However, limited flexibility, muscle imbalances, poor movement patterns, and joint restrictions can increase the likelihood of injuries during exercise, sports, and everyday activities. Identifying these issues before they lead to pain or injury can help individuals make informed decisions about their fitness routines and physical health.

Functional movement screening offers a way to evaluate how the body moves, identify potential limitations, and recognize areas that may benefit from targeted conditioning or corrective exercises. By examining fundamental movement patterns, healthcare and fitness professionals can better understand how different parts of the body work together.

What Is Functional Movement Screening?

Functional movement screening is an assessment process that evaluates how well a person performs basic movement patterns. Functional movement screening looks at mobility, stability, balance, coordination, and muscular control to identify limitations that may affect physical performance.

Unlike an assessment that focuses exclusively on muscle strength or cardiovascular fitness, functional movement screening examines how the body moves as a coordinated system. It may include exercises such as squatting, lunging, stepping, reaching, and maintaining balance.

During a screening, a trained professional observes movement quality, symmetry, range of motion, and the body’s ability to maintain proper positioning. The findings can help identify areas where movement is restricted or where certain muscles and joints may not be working efficiently.

Functional movement screening does not diagnose injuries or predict with certainty who will experience one. Instead, it provides information that can guide exercise modifications, conditioning programs, and further clinical evaluation when necessary.

Why Is Functional Movement Screening Important for Injury Prevention?

Functional movement screening is important because inefficient movement patterns can place additional stress on muscles, tendons, ligaments, and joints. When one area of the body lacks adequate mobility or stability, another area may compensate to complete a movement.

For example, limited ankle mobility may cause someone to shift their weight or change their knee position while squatting. Similarly, weakness in the muscles that stabilize the hips may affect knee alignment during running, jumping, or landing.

Over time, repeatedly performing movements with poor mechanics may contribute to excessive tissue stress, discomfort, or reduced physical performance.

By identifying these limitations early, functional movement screening can help individuals address potential problems before they interfere with exercise or daily activities. It can also help professionals develop conditioning programs that account for an individual’s movement abilities rather than relying on a one-size-fits-all approach.

What Movement Problems Can a Functional Screening Identify?

Functional movement screening can reveal several limitations that may influence injury risk or physical performance.

Common findings include:

• Limited joint mobility: Restricted movement in the ankles, hips, shoulders, or spine may affect the ability to perform exercises correctly.
• Muscle imbalances: Differences in strength or activation between opposing muscle groups may contribute to inefficient movement.
• Poor core stability: Insufficient trunk control can affect posture, balance, and the ability to transfer force efficiently.
• Balance and coordination problems: Difficulty maintaining stability during single-leg movements or changes in direction may increase the likelihood of falls or movement-related injuries.
• Movement asymmetries: Differences between the left and right sides of the body may indicate restrictions, weakness, or compensatory movement patterns.
• Reduced flexibility: Tight muscles and connective tissues can limit normal movement and affect exercise mechanics.

These findings do not necessarily mean an injury will occur. However, they can highlight areas that may benefit from additional attention.

Which Exercises Are Commonly Used During Functional Movement Screening?

Functional movement screening typically involves a series of controlled movements designed to evaluate different aspects of physical function.

Some commonly assessed movements include:

Deep Squat: A squat evaluates hip, knee, and ankle mobility, along with balance and trunk stability. Difficulty maintaining proper alignment may indicate mobility restrictions or coordination issues.

Single-Leg Balance: Standing on one leg helps assess balance, hip stability, and lower-extremity control. This movement can be particularly useful when evaluating individuals who participate in running, jumping, or cutting sports.

Lunges: Lunging evaluates the ability to coordinate the hips, knees, and ankles while maintaining balance and stability. It may reveal differences in strength or mobility between the two sides of the body.

Shoulder Mobility Exercises: Reaching movements assess shoulder range of motion and upper-body flexibility. Restrictions may affect activities involving lifting, throwing, or reaching overhead.

Trunk Stability Exercises: Planks and related movements help evaluate core strength and the ability to maintain proper spinal positioning during physical activity.

The specific movements used depend on the screening method, the individual’s activity level, and the goals of the assessment.

Who Can Benefit From Functional Movement Screening?

Functional movement screening can benefit individuals with different fitness levels, activity preferences, and physical demands.

Athletes: Athletes can use movement screening to identify limitations that may affect running mechanics, jumping, landing, and changes in direction. Addressing these issues may help improve movement efficiency and guide sport-specific conditioning.

Active Adults: Individuals who regularly participate in recreational sports, strength training, cycling, or other fitness activities may benefit from identifying mobility and stability limitations before increasing exercise intensity.

Older Adults: As people age, changes in strength, flexibility, balance, and coordination can affect mobility and independence. Functional movement assessments can help identify areas that may benefit from targeted exercises to support everyday activities and reduce fall-related risks.

Individuals Returning to Exercise: People returning to physical activity after a period of inactivity may have developed limitations in strength, mobility, or coordination. Screening can help establish a starting point for a gradual return to exercise.

Individuals Recovering From Injury: When incorporated into an appropriate rehabilitation program, movement assessments can help evaluate functional progress and identify areas that may require additional attention before returning to more demanding activities.

How Can Functional Movement Screening Results Guide a Personalized Exercise Program?

Functional movement screening results can help professionals determine which areas need additional mobility, strength, balance, or coordination training.

For example, someone with limited hip mobility may benefit from targeted flexibility exercises, while an individual with poor single-leg stability may need exercises that strengthen the muscles responsible for controlling the pelvis and lower extremities.

A personalized exercise program may include:

• Mobility exercises to improve joint range of motion.
• Strength training to address muscular weaknesses.
• Core stabilization exercises to improve trunk control.
• Balance training to support coordination and stability.
• Movement retraining to reinforce proper exercise mechanics.

The goal is to improve movement quality while gradually building the strength and control needed for more demanding physical activities.

Screening results should be considered alongside an individual’s medical history, previous injuries, current symptoms, and fitness goals. If an assessment reveals significant pain, weakness, or restricted movement, further evaluation by a qualified healthcare professional may be appropriate.

Can Functional Movement Screening Help Prevent Future Injuries?

Functional movement screening can contribute to an injury-prevention strategy by identifying movement limitations that may otherwise go unnoticed. However, it cannot guarantee that an injury will be prevented.

Injury risk is influenced by several factors, including training intensity, exercise volume, recovery, previous injuries, physical conditioning, and individual health considerations. A movement screening represents one part of a broader approach to physical health.

When screening results are used to guide appropriate strength and conditioning exercises, individuals may improve their mobility, balance, and movement control. Periodic reassessment can also help track progress and identify new limitations as activity levels change.

Ultimately, functional movement screening provides valuable insight into how the body moves and where improvements may be beneficial. Addressing movement limitations before they become more significant problems can support safer exercise participation, better physical performance, and long-term mobility.