Understanding the Overhead Squat Assessment: How to Assess with Success

Main ideas, concepts, and lessons

• Purpose of the webinar

  • NASM introduces and explains how to assess “successfully” using the Overhead Squat Assessment.
  • The assessment is positioned as valuable regardless of where someone is in their fitness career (studying, new trainer, established trainer, or fitness enthusiast).

• Audience and current practices (poll takeaways)

  • Many attendees are CPT exam students and/or currently personal training.
  • Most use the Overhead Squat Assessment already, but a meaningful portion use no movement assessments.
  • The webinar uses this to justify teaching practical applications and why movement assessments matter.

• Big value propositions of the overhead squat assessment

  • It is a dynamic movement assessment used to spot compensations and movement breakdowns.
  • It helps with:
    • Program design (what to include, what to modify, and what to avoid)
    • Exercise modification to match the client’s needs
    • Coaching priorities
    • Credibility and client buy-in, especially in orientations/first sessions
    • Ongoing reassessment as clients improve and as new issues appear
  • It is not a diagnostic tool (diagnosis remains for licensed professionals).

• “Professional magic” and client dialogue

  • By observing movement limitations, the trainer can start meaningful conversations:
    • Helps clients remember relevant history (injuries/conditions may be forgotten unless prompted)
    • Positions the trainer as an expert
    • Increases client/patient trust and willingness to do corrective homework

• Core assessment philosophy

  • Use the overhead squat to understand the kinetic chain and how dysfunctions propagate:
    • Problems at the feet/ankles can influence knees, then hips, then shoulders/head.
  • Movement issues are treated as symptoms of deeper coordination or control problems.
  • The focus includes neuromuscular coordination, not just “mechanical strength.”

• Where/how to look (key checkpoints)

  • Initial posture screening is discussed as a kinetic chain approach (floor-to-head):
    • Feet/ankles → knees → hips/lumbar spine → shoulders → cervical spine/head
  • The webinar emphasizes using multiple visual views:
    • For entry-level coverage: front + side are emphasized
    • Deeper analysis adds back/posterior view later

• Muscle activation concept: overactive vs underactive

  • Trainers look for:
    • Overactive muscles: firing too much / working overtime
    • Underactive muscles: not firing at the right time or at all
  • The goal is improved coordination and synchronization so muscles work together properly.

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Methodology / instruction-style content (detailed bullet points)

1) How to prepare for the overhead squat assessment (set-up)

• Shoes off
  • Common mistake: assessing with shoes on.
  • Reason: shoe support and heel height can “mask” or change mechanics.
• Arms overhead
  • Hands up with arms straight overhead.
• Squat depth guidance
  • Goal depth is around chair height.
  • If a client can’t reach that without pain, use pain-free range of motion.
• Repetition guidance
  • Use roughly ~5 repetitions from each angle (compensations often become more visible/consistent after a few reps).
  • Tempo may be adjusted later to reveal hidden issues.

2) What to look for in static posture (brief framework)

• Start with alignment and posture lines from a static standpoint:
  • Shoulders level/straight across
  • Hips level
  • Knees tracking straight ahead, toes visible forward
  • Ears aligned with shoulders/head-neck alignment
• Then progress into dynamic overhead squat analysis.

3) What to assess during the overhead squat (front/anterior and side)

• Front view (anterior) checkpoint(s)
  • Knees should stay in line with toes.
  • Feet/toes should not drift/rotate outward excessively.
  • Watch for:
    • Feet turning out
    • Ankles collapsing
    • Toes moving out
    • Knee tracking breakdown
• Common compensations and implications
  • Front-side issues can show up as stress traveling up the kinetic chain:
    • Example: ankle/foot faults contributing to knee “caving” behaviors.
• Side view checkpoint(s)
  • Assess lumbo-pelvic control in terms of:
    • Low back arch (excessive lordosis)
    • Forward lean (torso angle behavior)
    • Arms position (arms falling forward)
  • Forward lean assessment idea:
    • Use dowel rods to visualize straight lines from fingertips through hips
    • Check whether those lines are parallel to the shin angle
  • Arm/fingertip alignment check:
    • Do not rely on ears as the landmark
    • Instead check if fingertips align with the torso/shoulder line
  • Lateral “compensation interpretation”
    • Excessive forward lean is often linked to:
      • Overactive hip flexors
      • Underactive glutes
    • Result: extra demand on erector spinae (back extensors)

4) Shoes-off and range-of-motion modifications (safety adaptation)

• If the client has conditions like knee osteoarthritis:
  • Perform the overhead squat using pain-free range of motion
  • Stop depth at the point pain begins (since compensations may be limited by stopping early)

5) Turning assessment findings into action (program design and coaching)

• Use findings to:
  • Individualize training rather than “cookie-cutter” programming
  • Reduce guesswork and clarify direction for programming
• Decide exercise strategy based on observed faults:
  • Not always “contraindicated” vs “allowed,” but often:
    • Modify range of motion
    • Stop before compensations appear
    • Example: overhead press may still be used, but limit ROM until compensation occurs (e.g., avoid progressing to the point where low back arch/belly poking out appears).
• Address compensations by assigning corrective work outside the session:
  • Clients only train 1–3 hours/week
  • Homework/corrective exercises are necessary because daily habits drive the breakdowns.

6) Handling multiple compensations (prioritization approach)

• No single fixed method is provided, but the priority logic is:
  • Look for the most severe compensation first
  • Then address multiple compensations through a holistic lens
  • Identify overlapping affected musculature:
    • If compensations appear at shoulders and hips, look for crossover muscles and address common muscle groups.

7) Progression paths after overhead squat

• If no compensations are seen:
  • Advance to more challenging/unilateral testing:
    • Perform a single-leg squat (unilateral assessment)
  • Consider tempo changes (faster/slower) to “stress-test” control and reveal subtle instability.
• If posterior view is needed (deeper level):
  • Add posterior/posterior-view analysis for more detail
  • Posterior asymmetries may lead to further unilateral assessments and progression.

8) Assessment frequency / reassessment guidance

• Movement assessments: recommend at least monthly (about every 4 weeks)
• Reassessment frequency may vary by client goals:
  • Some other assessment types (e.g., cardio baseline) may be reassessed less often (e.g., every ~2 months) depending on how much they’re changing.

9) Athlete-specific note

• Overhead squat is still used, but for high-level athletes:
  • The LESS test (landing error scoring system) is described as potentially more effective for movement dysfunction identification related to landing mechanics and performance.

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Practical resources mentioned

• Downloads included with the webinar
  • Dynamic postural assessment checklist
    • Mark findings (e.g., which knee caves in, which foot turns out)
  • Postural assessment solutions table
    • Maps findings to:
      • Possible overactive and underactive muscles
      • Suggested exercise options to address compensations
• Course pathways
  • CPT (entry level) recommended first for learning anterior/lateral views and foundational corrective protocols with stronger anatomy understanding.
  • CES (corrective exercise specialist) as the next step for deeper levels.
  • PES (performance enhancement specialist) for further athlete/performance-focused applications.

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Question-and-answer highlights (key points)

• How to choose the training path (CPT/CES/PES/self-guided/guided study)
  • CPT: best starting point for new trainers/aspiring trainers; includes anatomy foundations and guided learning support.
  • Guided study: provides coach support/discussion questions.
  • Advanced support options exist (including hands-on facility experience).
• If forward lean appears, is a muscle weak or can’t activate?
  • Often both concepts can apply, but the typical lens presented is:
    • Overactive hip flexors + underactive glutes
  • Next steps: help hip flexors “shut off” and train glute activation (examples named: floor bridge, donkey kicks).
• Rounded shoulders / underactive lats / arms falling forward
  • Examples of suggested interventions:
    • Push-up plus (to help activate scapular protraction/relevant muscles)
    • Rows with scapular retraction not necessarily at heavy loads
    • Address pec overactivity (flexibility/SMR and using tools like a Hypersphere).

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Speakers / sources featured

• Ian Montel (NASM Product Manager; webinar host)
• Brian Bajan (Trainer; webinar presenter)
• NASM (National Academy of Sports Medicine) (organization referenced as the program/course source)
• Hyperice / Hypersphere (equipment referenced for giveaway and for myofascial release/self-care suggestions)
• LESS test (Landing Error Scoring System) (assessment referenced for athletes)