FUNCTIONAL MOVEMENT SYSTEMS | CERTIFICATION PREPARATION
FMS Certification Exam Prep
Practice Questions & Study Guide
Edition
100-Question Comprehensive Certification Examination
Aligned with FMS Certification Standards, Screen Scoring Criteria,
and Movement Science Competencies
EXAM SPECIFICATIONS
Total Questions: 100 | Sections: 8 | Maximum Composite Score: 21
Cognitive Levels: 25% Recall | 50% Application | 25% Analysis
Style: 75% Scenario-Based | 25% Direct Knowledge
Format: Multiple Choice (A-D) with rationale and answer key
EXAM SECTIONS
Section 1 FMS Foundations & Movement Theory 12 Q
Section 2 Deep Squat & Hurdle Step 15 Q
Section 3 In-Line Lunge & Shoulder Mobility 15 Q
Section 4 Active Straight-Leg Raise & Trunk Stability Push-Up 15 Q
Section 5 Rotary Stability & Composite Scoring 15 Q
Section 6 Scoring, Interpretation, & Program Design 12 Q
Section 7 Corrective Strategies & Exercise Progressions 10 Q
Section 8 Professional Practice, Ethics, & Business 6Q
COMPLETE EXAM - 100 Questions Generated
Aligned with FMS Certification Standards | Functional Movement Systems, LLC
,FMS Certification Exam Prep | 2026/2027 Practice Questions & Study Guide
Section 1: FMS Foundations & Movement Theory
12 questions - FMS definition, history, philosophy, movement quality vs. quantity, mobility vs.
stability, regional interdependence, kinetic chain, motor control, neurodevelopment, FMS vs. SFMA
*Q1:* RECALL The Functional Movement Screen (FMS) is best defined as:
A. diagnostic tool used to identify specific orthopedic pathologies of the lumbar spine
B. grading system that ranks athletic performance capacity across seven power tests
C. systematic screening tool that rates seven fundamental movement patterns on a 0-3
ordinal scale *[CORRECT]*
D. rehabilitation protocol used to progress patients from passive range of motion to
functional activity
Correct Answer: C
Rationale:
The FMS is a screening instrument (not a diagnostic test) that evaluates seven fundamental movement
patterns using a 0-3 ordinal scoring system, producing a composite score (maximum 21) used to identify
movement dysfunction and asymmetry. It screens for risk, it does not diagnose pathology (which is the
role of SFMA or a medical professional).
*Q2:* RECALL Who originally developed the Functional Movement Screen, and what was its
foundational purpose?
A. Stuart McGill, to quantify core endurance norms for athletes
B. Gray Cook and Lee Burton, to rank and grade movement patterns to expose dysfunction
and asymmetry *[CORRECT]*
C. Vladimir Janda, to classify muscle imbalance syndromes in neurologic patients
D. Shirley Sahrmann, to objectify motor control faults in the lumbar-pelvic region
Correct Answer: B
Rationale:
The FMS was developed by physical therapist Gray Cook and athletic trainer Lee Burton in the late 1990s.
Their explicit purpose was to fill a gap in fitness and rehabilitation: a standardized, observable tool that
ranks and grades fundamental movement patterns to expose dysfunction and asymmetry before they
manifest as injury or performance decline. McGill, Janda, and Sahrmann contributed foundational
science but did not create the FMS.
Functional Movement Systems | Certification Preparation Page 2 100-Question Comprehensive Exam
,FMS Certification Exam Prep | 2026/2027 Practice Questions & Study Guide
*Q3:* APPLICATION A strength coach argues his athletes' 1RM back squat proves their movement
quality is excellent. Which response best reflects FMS philosophy?
A. The coach is correct — heavy loaded squatting validates movement quality.
B. Movement quantity (load, reps, time) does not equal movement quality; an athlete can lift
heavy weight with significant compensations and underlying asymmetries. *[CORRECT]*
C. Only powerlifters need movement screening; other athletes can be screened by
performance alone.
D. FMS is unnecessary once an athlete has 2+ years of resistance training experience.
Correct Answer: B
Rationale:
A core FMS principle is that movement quality and movement quantity are independent constructs. An
athlete can express high force output (quantity) while exhibiting poor patterning, mobility restrictions, or
asymmetries (quality). The FMS was designed precisely to expose such hidden dysfunction that
performance metrics alone cannot reveal.
*Q4:* RECALL Within the FMS framework, 'functional movement' is best characterized as:
A. Movement performed on unstable surfaces to maximize core recruitment
B. Movement that is pain-free, symmetrical, and demonstrates adequate mobility and motor
control across fundamental patterns *[CORRECT]*
C. Movement that mimics sport-specific skills under load
D. Any multi-joint movement performed in the sagittal plane only
Correct Answer: B
Rationale:
Functional movement, in FMS terminology, is defined as the ability to produce and control mobility and
motor control through fundamental patterns without pain or asymmetry. The screen's seven tests
represent primal, developmental movement patterns. Sport-specificity and unstable-surface training are
downstream applications, not the definition of functional movement itself.
*Q5:* ANALYSIS A client performs a Deep Squat with heels rising, knees collapsing inward, and
excessive forward trunk lean. Which FMS concept best explains why these faults co-occur?
A. Local overactivity of the rectus femoris only
B. Regional interdependence — restriction or motor-control deficit at the ankle, hip, or
thoracic spine drives compensations elsewhere in the kinetic chain *[CORRECT]*
C. Genetic limb-length discrepancy requiring no intervention
D. Inadequate warm-up; repeating after dynamic stretching always resolves the pattern
Correct Answer: B
Rationale:
Regional interdependence holds that impaired function in one body region can produce symptoms or
compensations in a distant region. Ankle dorsiflexion restriction alone can drive heel rise, knee valgus,
and forward trunk lean simultaneously. This concept underpins why the FMS screens the whole body, not
just the symptomatic area, and why corrective strategies often target a region distant from the observed
fault.
Functional Movement Systems | Certification Preparation Page 3 100-Question Comprehensive Exam
, FMS Certification Exam Prep | 2026/2027 Practice Questions & Study Guide
*Q6:* RECALL Which statement correctly distinguishes mobility from stability within the FMS
model?
A. Mobility refers to strength; stability refers to flexibility
B. Mobility is the combination of joint range of motion and tissue extensibility; stability is
active motor control of that range by the neuromuscular system *[CORRECT]*
C. Mobility is always more important than stability in the FMS
D. Stability is the absence of joint motion; mobility is the absence of muscle activity
Correct Answer: B
Rationale:
In FMS, mobility = available range of motion (joint arthrokinematics + soft-tissue extensibility), and
stability = the neuromuscular motor control to maintain or move within that range. Both must coexist:
mobility without stability produces uncontrolled motion; stability without mobility produces rigidity. The
screen assesses the integration of both.
*Q7:* APPLICATION A runner presents with chronic right knee pain. The clinician notes limited
right ankle dorsiflexion, weak right hip abductors, and an asymmetrical Active Straight-Leg
Raise. Which principle justifies screening regions beyond the knee itself?
A. The kinetic chain and regional interdependence principle: dysfunction proximally or
distally can produce symptoms at a distant, often overloaded, segment *[CORRECT]*
B. The principle of specificity, which dictates only testing the symptomatic joint
C. The overload principle, which requires isolating the painful tissue
D. The SAID principle, which limits evaluation to sport-specific motions
Correct Answer: A
Rationale:
The kinetic chain describes the body as an interlinked system where force and motion are transmitted
across segments. Regional interdependence is the clinical corollary: impaired function in one region (e.g.,
ankle dorsiflexion or hip strength) frequently drives symptoms at a distant, overloaded segment (e.g., the
knee). The FMS uses this principle to justify whole-body screening rather than isolated joint testing.
*Q8:* RECALL Which of the following best describes the myofascial slings relevant to the FMS
Rotary Stability test?
A. Anterior oblique, posterior oblique, lateral, and deep longitudinal slings — connecting
trunk, hip, and shoulder musculature to transfer rotational force *[CORRECT]*
B. Biceps brachii and contralateral gluteus maximus only
C. Hamstrings and contralateral pectoralis minor only
D. The 'rotator cuff sling,' a single muscle connecting humerus to scapula
Correct Answer: A
Rationale:
Myofascial slings are continuous chains of muscles and fascia (anterior oblique, posterior oblique, lateral,
deep longitudinal) that transfer load and rotational force across the trunk. The Rotary Stability test
specifically challenges the anterior and posterior oblique slings via diagonal limb movement, evaluating
the body's ability to coordinate anti-rotation and rotational control through these chains.
Functional Movement Systems | Certification Preparation Page 4 100-Question Comprehensive Exam
FMS Certification Exam Prep
Practice Questions & Study Guide
Edition
100-Question Comprehensive Certification Examination
Aligned with FMS Certification Standards, Screen Scoring Criteria,
and Movement Science Competencies
EXAM SPECIFICATIONS
Total Questions: 100 | Sections: 8 | Maximum Composite Score: 21
Cognitive Levels: 25% Recall | 50% Application | 25% Analysis
Style: 75% Scenario-Based | 25% Direct Knowledge
Format: Multiple Choice (A-D) with rationale and answer key
EXAM SECTIONS
Section 1 FMS Foundations & Movement Theory 12 Q
Section 2 Deep Squat & Hurdle Step 15 Q
Section 3 In-Line Lunge & Shoulder Mobility 15 Q
Section 4 Active Straight-Leg Raise & Trunk Stability Push-Up 15 Q
Section 5 Rotary Stability & Composite Scoring 15 Q
Section 6 Scoring, Interpretation, & Program Design 12 Q
Section 7 Corrective Strategies & Exercise Progressions 10 Q
Section 8 Professional Practice, Ethics, & Business 6Q
COMPLETE EXAM - 100 Questions Generated
Aligned with FMS Certification Standards | Functional Movement Systems, LLC
,FMS Certification Exam Prep | 2026/2027 Practice Questions & Study Guide
Section 1: FMS Foundations & Movement Theory
12 questions - FMS definition, history, philosophy, movement quality vs. quantity, mobility vs.
stability, regional interdependence, kinetic chain, motor control, neurodevelopment, FMS vs. SFMA
*Q1:* RECALL The Functional Movement Screen (FMS) is best defined as:
A. diagnostic tool used to identify specific orthopedic pathologies of the lumbar spine
B. grading system that ranks athletic performance capacity across seven power tests
C. systematic screening tool that rates seven fundamental movement patterns on a 0-3
ordinal scale *[CORRECT]*
D. rehabilitation protocol used to progress patients from passive range of motion to
functional activity
Correct Answer: C
Rationale:
The FMS is a screening instrument (not a diagnostic test) that evaluates seven fundamental movement
patterns using a 0-3 ordinal scoring system, producing a composite score (maximum 21) used to identify
movement dysfunction and asymmetry. It screens for risk, it does not diagnose pathology (which is the
role of SFMA or a medical professional).
*Q2:* RECALL Who originally developed the Functional Movement Screen, and what was its
foundational purpose?
A. Stuart McGill, to quantify core endurance norms for athletes
B. Gray Cook and Lee Burton, to rank and grade movement patterns to expose dysfunction
and asymmetry *[CORRECT]*
C. Vladimir Janda, to classify muscle imbalance syndromes in neurologic patients
D. Shirley Sahrmann, to objectify motor control faults in the lumbar-pelvic region
Correct Answer: B
Rationale:
The FMS was developed by physical therapist Gray Cook and athletic trainer Lee Burton in the late 1990s.
Their explicit purpose was to fill a gap in fitness and rehabilitation: a standardized, observable tool that
ranks and grades fundamental movement patterns to expose dysfunction and asymmetry before they
manifest as injury or performance decline. McGill, Janda, and Sahrmann contributed foundational
science but did not create the FMS.
Functional Movement Systems | Certification Preparation Page 2 100-Question Comprehensive Exam
,FMS Certification Exam Prep | 2026/2027 Practice Questions & Study Guide
*Q3:* APPLICATION A strength coach argues his athletes' 1RM back squat proves their movement
quality is excellent. Which response best reflects FMS philosophy?
A. The coach is correct — heavy loaded squatting validates movement quality.
B. Movement quantity (load, reps, time) does not equal movement quality; an athlete can lift
heavy weight with significant compensations and underlying asymmetries. *[CORRECT]*
C. Only powerlifters need movement screening; other athletes can be screened by
performance alone.
D. FMS is unnecessary once an athlete has 2+ years of resistance training experience.
Correct Answer: B
Rationale:
A core FMS principle is that movement quality and movement quantity are independent constructs. An
athlete can express high force output (quantity) while exhibiting poor patterning, mobility restrictions, or
asymmetries (quality). The FMS was designed precisely to expose such hidden dysfunction that
performance metrics alone cannot reveal.
*Q4:* RECALL Within the FMS framework, 'functional movement' is best characterized as:
A. Movement performed on unstable surfaces to maximize core recruitment
B. Movement that is pain-free, symmetrical, and demonstrates adequate mobility and motor
control across fundamental patterns *[CORRECT]*
C. Movement that mimics sport-specific skills under load
D. Any multi-joint movement performed in the sagittal plane only
Correct Answer: B
Rationale:
Functional movement, in FMS terminology, is defined as the ability to produce and control mobility and
motor control through fundamental patterns without pain or asymmetry. The screen's seven tests
represent primal, developmental movement patterns. Sport-specificity and unstable-surface training are
downstream applications, not the definition of functional movement itself.
*Q5:* ANALYSIS A client performs a Deep Squat with heels rising, knees collapsing inward, and
excessive forward trunk lean. Which FMS concept best explains why these faults co-occur?
A. Local overactivity of the rectus femoris only
B. Regional interdependence — restriction or motor-control deficit at the ankle, hip, or
thoracic spine drives compensations elsewhere in the kinetic chain *[CORRECT]*
C. Genetic limb-length discrepancy requiring no intervention
D. Inadequate warm-up; repeating after dynamic stretching always resolves the pattern
Correct Answer: B
Rationale:
Regional interdependence holds that impaired function in one body region can produce symptoms or
compensations in a distant region. Ankle dorsiflexion restriction alone can drive heel rise, knee valgus,
and forward trunk lean simultaneously. This concept underpins why the FMS screens the whole body, not
just the symptomatic area, and why corrective strategies often target a region distant from the observed
fault.
Functional Movement Systems | Certification Preparation Page 3 100-Question Comprehensive Exam
, FMS Certification Exam Prep | 2026/2027 Practice Questions & Study Guide
*Q6:* RECALL Which statement correctly distinguishes mobility from stability within the FMS
model?
A. Mobility refers to strength; stability refers to flexibility
B. Mobility is the combination of joint range of motion and tissue extensibility; stability is
active motor control of that range by the neuromuscular system *[CORRECT]*
C. Mobility is always more important than stability in the FMS
D. Stability is the absence of joint motion; mobility is the absence of muscle activity
Correct Answer: B
Rationale:
In FMS, mobility = available range of motion (joint arthrokinematics + soft-tissue extensibility), and
stability = the neuromuscular motor control to maintain or move within that range. Both must coexist:
mobility without stability produces uncontrolled motion; stability without mobility produces rigidity. The
screen assesses the integration of both.
*Q7:* APPLICATION A runner presents with chronic right knee pain. The clinician notes limited
right ankle dorsiflexion, weak right hip abductors, and an asymmetrical Active Straight-Leg
Raise. Which principle justifies screening regions beyond the knee itself?
A. The kinetic chain and regional interdependence principle: dysfunction proximally or
distally can produce symptoms at a distant, often overloaded, segment *[CORRECT]*
B. The principle of specificity, which dictates only testing the symptomatic joint
C. The overload principle, which requires isolating the painful tissue
D. The SAID principle, which limits evaluation to sport-specific motions
Correct Answer: A
Rationale:
The kinetic chain describes the body as an interlinked system where force and motion are transmitted
across segments. Regional interdependence is the clinical corollary: impaired function in one region (e.g.,
ankle dorsiflexion or hip strength) frequently drives symptoms at a distant, overloaded segment (e.g., the
knee). The FMS uses this principle to justify whole-body screening rather than isolated joint testing.
*Q8:* RECALL Which of the following best describes the myofascial slings relevant to the FMS
Rotary Stability test?
A. Anterior oblique, posterior oblique, lateral, and deep longitudinal slings — connecting
trunk, hip, and shoulder musculature to transfer rotational force *[CORRECT]*
B. Biceps brachii and contralateral gluteus maximus only
C. Hamstrings and contralateral pectoralis minor only
D. The 'rotator cuff sling,' a single muscle connecting humerus to scapula
Correct Answer: A
Rationale:
Myofascial slings are continuous chains of muscles and fascia (anterior oblique, posterior oblique, lateral,
deep longitudinal) that transfer load and rotational force across the trunk. The Rotary Stability test
specifically challenges the anterior and posterior oblique slings via diagonal limb movement, evaluating
the body's ability to coordinate anti-rotation and rotational control through these chains.
Functional Movement Systems | Certification Preparation Page 4 100-Question Comprehensive Exam
