Functional Movement Assessment for Athletes: 7-Step Guide

Table of Contents

• What Is a Functional Movement Assessment for Athletes?
• The 7 Fundamental Movement Patterns (and What They Reveal)
• Functional Movement Screen Scoring Criteria, Explained
• SFMA vs FMS for Injury Prevention: Which Fits Your Situation?
• How to Do a Functional Movement Assessment: A Step-by-Step Protocol
  • Sport-specific modifications to the standard screen
  • Can you screen yourself at home?
  • What a failed score does to an athlete's head
• Corrective Exercises for Movement Dysfunction: Turning Scores Into Action
  • Programming the correction
  • Re-screen timeline and what to do when a score stalls
• Frequently Asked Questions

Last Updated: September 14, 2026

What Is a Functional Movement Assessment for Athletes?

A functional movement assessment for athletes is a structured screen that scores how you squat, lunge, hinge, push, pull, and rotate, then flags the patterns that break down under load.

The screen answers one question: can you produce clean movement before you add speed or weight? Most athletes fail that test somewhere. A knee that drifts inward in a bodyweight squat will collapse under a barbell. A shoulder that can't reach overhead without shrugging will compensate on every press.

That's the logic behind the American College of Sports Medicine preparticipation screening guidance and similar frameworks: assess before you load. The screen takes 10 to 15 minutes and produces a number you can track over a season.

The 7 Fundamental Movement Patterns (and What They Reveal)

The seven fundamental movement patterns are the deep squat, hurdle step, in-line lunge, shoulder mobility, active straight leg raise, trunk stability push-up, and rotary stability. Each one exposes a different link in the kinematic chain.

• Deep squat, hip, knee, and ankle mobility plus core control
• Hurdle step, single-leg stability and pelvic control
• In-line lunge, deceleration and hip stability under a split stance
• Shoulder mobility, scapular control and thoracic extension
• Active straight leg raise, hamstring flexibility and hip dissociation
• Trunk stability push-up, reflex core stabilization
• Rotary stability, trunk control through an asymmetric pattern

What most guides miss is that these aren't flexibility tests. They're neuromuscular control tests. An athlete can pass every range-of-motion measure and still fail the hurdle step because the hip doesn't stabilize.

Functional Movement Screen Scoring Criteria, Explained

The functional movement screen scoring criteria run on a 0-to-3 scale for each of the seven patterns, with a maximum composite score of 21 (pubmed.ncbi.nlm.nih.gov). The scoring itself is the part people get wrong most often.

• 3, the pattern is performed without compensation
• 2, the pattern is completed with a visible compensatory pattern
• 1, the athlete cannot complete the pattern as instructed
• 0, pain is present anywhere during the test

A zero stops the screen (pubmed.ncbi.nlm.nih.gov). Pain during a movement test isn't a training problem, it's a clinical one, and it belongs in an evaluation rather than a corrective program. The composite score matters less than the asymmetry between sides: a left-right difference in a single pattern is a bigger red flag than a uniformly mediocre score.

SFMA vs FMS for Injury Prevention: Which Fits Your Situation?

SFMA versus FMS comes down to purpose. The Functional Movement Screen is a screening tool for healthy, active people. SFMA is a clinical assessment used when pain is already present.

The FMS tells you something is off. SFMA tells you why. That distinction matters for anyone dealing with recurring sciatica or back pain that keeps returning after generic physical therapy.

How to Do a Functional Movement Assessment: A Step-by-Step Protocol

A standardized protocol is what makes a screen worth repeating. Change the setup, the dowel position, or the warm-up, and your re-screen six weeks later compares two different tests. Here is a gym- or clinic-ready sequence you can run in 10 to 15 minutes with a dowel, a 2x6 board roughly 4 feet long, and a measuring tape.

Setup before the first rep. Warm up for 5 minutes of light activity, movement quality changes after light activity, so screen warm, not cold. Have the athlete in shorts and a t-shirt, shoes off, and stand far enough back that you can see the whole body from the front and the side. Score each pattern on the first attempt, not the best of three.

1. Deep squat. Dowel overhead, feet shoulder-width, toes forward. Heels stay down, dowel stays over the feet, torso stays as upright as the athlete's proportions allow. Watch for heel lift, knee valgus, and the dowel drifting forward.
2. Hurdle step. Set the band at tibial tuberosity height. The athlete steps over and back without touching the band, keeping the stance leg locked and the pelvis level. Score each leg separately, this is where most asymmetries surface.
3. In-line lunge. Rear foot on the board, dowel vertical behind the back, front heel down. Note any loss of balance, torso rotation, or the dowel losing contact with the spine.
4. Shoulder mobility. Fist-to-fist reach behind the back, measuring the distance between the fists. One hand comes over the shoulder, the other up the spine. Compare sides.
5. Active straight leg raise. Athlete flat, dowel at the knee. The ankle should clear the dowel without the opposite leg lifting or the pelvis rotating.
6. Trunk stability push-up. From the floor, men from the toes, women from the knees. The body moves as one unit, no sagging hips, no leading chest.
7. Rotary stability. Quadruped, same-side arm and leg extend. Score the diagonal pattern, then clear the spine with the flexion and extension clearing tests.

Record every score and every asymmetry before you coach anything. The composite is a headline; the asymmetry list is the story.

Sport-specific modifications to the standard screen

A generic screen tells you the athlete moves poorly. It does not tell you whether that matters for their sport. Most practitioners find the seven patterns need small adjustments depending on the demands of the position or event:

• Swimmers and overhead athletes, weight the shoulder mobility and trunk stability push-up patterns more heavily, and add a thoracic extension check, because the screen's shoulder test does not capture the repeated overhead arc that drives most shoulder issues in this group.
• Contact and collision athletes, the rotary stability and hurdle step patterns predict the split-second deceleration and trunk bracing that show up on every tackle or cut. A failed rotary stability in a lineman is a different problem than a failed rotary stability in a distance runner.
• Sprint and jump athletes, the active straight leg raise and in-line lunge carry more weight, because hamstring and hip dissociation drive both top speed and change-of-direction.
• Endurance athletes, the deep squat and hurdle step often expose the ankle and hip restrictions that build up over high mileage, even when the athlete reports no pain.

Can you screen yourself at home?

A home-based self-assessment can approximate the screen without equipment. Film yourself from the front and side, run the deep squat and the single-leg balance variations, and compare sides. It won't replace a clinical assessment, but it will show you which side is weaker.

What a failed score does to an athlete's head

The part almost no protocol article covers is what happens after the screen. A low score or a flagged asymmetry can trigger what clinicians call kinesiophobia, a fear of movement that makes the athlete guard, hesitate, and underperform the very pattern you are trying to fix. A common pattern is the athlete who scores a 1 on the deep squat, hears "your squat is broken," and then avoids squatting entirely for a month.

A few habits keep the screen from becoming a diagnosis in the athlete's mind:

• Frame the score as a starting point, not a verdict. "This is where we begin" lands differently than "this is what's wrong with you."
• Pair every low score with the first corrective step in the same conversation, so the athlete leaves with a plan rather than a label.
• Re-screen on a fixed schedule so the athlete sees the number move. Progress is the antidote to fear.
• Watch for avoidance behaviors, skipped warm-ups, favoring one side, refusing certain lifts, and address them directly rather than letting them calcify into a training habit.

Expected result: a seven-pattern score, a ranked asymmetry list, a sport-specific weighting for what actually matters in the athlete's event, and a clear next step the athlete can act on the same day.

Corrective Exercises for Movement Dysfunction: Turning Scores Into Action

Corrective exercises for movement dysfunction follow one rule: fix the lowest-scoring pattern first, and don't add load until it scores a 2. The mistake most athletes make is chasing the pattern that feels worst rather than the one that scored worst, those are often different, and the score is the one that predicts injury risk.

Programming the correction

A workable structure is two to three corrective sessions per week, 10 to 15 minutes each, layered on top of the athlete's normal training. Keep the corrective work low-intensity, this is not conditioning. The goal is to re-teach a pattern, not to fatigue it.

• Failed deep squat, goblet squats to a box, ankle dorsiflexion drills against a wall, and hip flexor work. Start with 2 sets of 8 to 10 reps, box height set so the athlete can hit depth without the heel lifting.
• Failed hurdle step, single-leg balance with a contralateral reach, split-stance hip stability holds, and step-downs from a low box. 2 to 3 sets of 6 to 8 reps per side.
• Failed in-line lunge, split-stance isometric holds, rear-foot-elevated split squats with bodyweight only, and hip flexor stretching. 2 sets of 8 per side.
• Failed shoulder mobility, thoracic extension over a foam roller, wall slides, and side-lying windmills. 2 sets of 10 reps.
• Failed active straight leg raise, hamstring flossing with a band, supine hip dissociation drills, and dead bugs with a slow eccentric. 2 sets of 8 per side.
• Failed trunk stability push-up, plank progressions from the knees, dead bugs, and half-kneeling anti-rotation presses. 2 to 3 sets of 8 to 10 reps.
• Failed rotary stability, bird dog, dead bug, and half-kneeling chops. 2 sets of 6 to 8 reps per side, slow and controlled.

Re-screen timeline and what to do when a score stalls

Re-screen every four to six weeks. If a score isn't moving, the exercise isn't the problem, the diagnosis is. A few common reasons a pattern stays stuck:

• The athlete is still loading the pattern in training. Corrective work cannot outrun a heavy squat session performed with the same compensation three times a week.
• The restriction is upstream or downstream of the pattern. A failed hurdle step often traces back to an ankle that won't dorsiflex, not a hip that won't stabilize.
• The screen was scored inconsistently. Different tester, different dowel position, different warm-up, the number moves for reasons that have nothing to do with the athlete.
• Pain is present and was never cleared. A zero stops the screen for a reason. That athlete belongs in a clinical evaluation, not a corrective program.

That's where a clinician trained in both SFMA and the McKenzie Method® can provide valuable insights. SFMA breaks down why a painful pattern fails; McKenzie looks at whether the symptom is coming from a disc, a joint, or a nerve. For an athlete with recurring sciatica or back pain that keeps returning after generic physical therapy, this combined approach can help identify the root cause.

A screen without a re-screen is just a snapshot. The value comes from tracking the same seven patterns over months, adjusting the plan when a score stalls, and knowing when to hand the athlete to a clinician instead of adding another exercise.

Chronic back pain and recurring movement limitations rarely resolve with generic exercise plans. At Spinal Haven, Dr. Elizabeth Kingshott Cary, PT, DPT, Cert. MDT, combines SFMA assessment with the McKenzie Method® to find the root cause instead of chasing symptoms, in one-on-one sessions built around your sport and your schedule. Book a discovery call and get a movement plan you can actually maintain.