Physical Literacy Assessment Calculator
Movement competency scoring across fundamental skills.
About this calculator
This tool scores a student's physical literacy the way frameworks like the Canadian Assessment of Physical Literacy (CAPL-2) and SHAPE America's grade-level outcomes do: by rating individual fundamental movement skills on a 1-4 scale (Emerging, Developing, Competent, Proficient) and rolling them up into domain and composite scores. Four locomotor skills (running, jumping, hopping, skipping/galloping) average into a Locomotor score; four object-control skills (throwing, catching, kicking, striking) average into an Object Control score; two balance skills average into a Stability score. The overall composite weights movement competence (the average of the locomotor and object-control domains) at 60%, stability at 20%, and self-reported confidence/motivation at 20% — reflecting the view that physical literacy is as much about willingness to engage as raw skill.
That composite is compared against an age-scaled expectation (2.0 for ages 5 and under, rising in steps to 3.5 for ages 12+) to produce a development gap: positive means ahead of the typical trajectory for that age, negative means behind it. The calculator also flags the single weakest and strongest domain and counts how many of the ten individual skills sit at "competent or above" versus still "emerging," so a teacher can see at a glance where to target practice. Because every rating is a subjective 1-4 judgment rather than a timed or measured test, results depend heavily on consistent, honest scoring — treat this as a screening and planning aid, not a diagnostic instrument, and re-score periodically to track real progress rather than one-off snapshots.
Inputs
Results
Physical Literacy Score (1-4)
2.35
How to Use This Calculator
- Enter Student Age, then rate each skill (Running, Jumping, Hopping, Skipping / Galloping, Overhand Throw, Catching, Kicking, Striking, Static Balance, Dynamic Balance) as Emerging, Developing, Competent, or Proficient.
- Set Confidence / Motivation to reflect the student's willingness to try new activities and self-efficacy.
- Adjust individual skill ratings as needed to match observed performance.
- Review the Physical Literacy Score (1-4) result.
- Use Locomotor Skills (1-4) and Object Control (1-4) to inform your decision.
What each input means
- Student Age
- Age in years for age-appropriate expectations.
- Running
- Running movement competency.
- Jumping
- Horizontal and vertical jumping competency.
- Hopping
- Single-foot hopping with control.
- Skipping / Galloping
- Rhythmic locomotor patterns.
- Overhand Throw
- Overhand throwing form and accuracy.
- Catching
- Catching with hands (not trapping against body).
- Kicking
- Kicking a stationary and moving ball.
- Striking
- Striking with implements (bat, racket, paddle).
- Static Balance
- Balancing on one foot, balance beam, etc.
- Dynamic Balance
- Maintaining balance during movement.
- Confidence / Motivation
- Willingness to try new activities and self-efficacy.
What each result means
- Physical Literacy Score (1-4)
- Weighted composite across all domains.
- Locomotor Skills (1-4)
- Average score for running, jumping, hopping, skipping.
- Object Control (1-4)
- Average score for throwing, catching, kicking, striking.
- Stability/Balance (1-4)
- Average score for static and dynamic balance.
- Confidence Score (1-4)
- Self-reported or observed motivation level.
- Age-Expected Level
- Expected competency level for this age group.
- Development Gap
- Positive = above expected, negative = below expected.
- Skills at Competent+ (%)
- Percentage of skills rated 3 or 4.
- Proficient Skills (count)
- Number of skills rated at level 4.
- Emerging Skills (count)
- Number of skills still at level 1 — priority areas.
How this is calculated
Worked example, using the default values
- Identify Input Parameters4 parametersStudent Age = 8, Running = 3, Jumping = 3, Hopping = 2 = 12 input(s) provided
- Calculate Physical Literacy ScorePhysical Literacy Score = movementCompetence * 0.6 + stabilityAvg * 0.2 + confidence * 0.22.35 = 2.35
- Calculate Locomotor SkillsLocomotor Skills = (running + jumping + hopping + skipping) / 42.5 = 2.5
- Calculate Object ControlObject Control = (throwing + catching + kicking + striking) / 42 = 2
Engine last updated . Checked against 3 independently-derived tests — how we verify calculators. Built by Paul Gunder, a software engineer, not a licensed financial, medical, or legal professional.
Frequently Asked Questions
Why is confidence weighted the same as stability but less than movement skills?
The composite gives movement competence (the average of the locomotor and object-control domains) 60% of the weight, then splits the remaining 40% evenly between stability (20%) and confidence/motivation (20%). That reflects the framework's view that raw movement skill matters most, but a child's balance and their willingness to engage are both meaningful, roughly equal contributors to overall physical literacy rather than afterthoughts.
What does a negative development gap actually mean?
The development gap is the composite score minus an age-scaled expected level (2.0 for ages 5 and under, stepping up to 3.5 for ages 12+). A negative number means the composite is below what's typical for that age band, which the calculator classifies as "Developing" or "Emerging" depending on how far below; a positive number means the student is tracking ahead of the expected trajectory for their age.
How does the calculator decide which domain is "weakest"?
It compares the four domain averages — Locomotor, Object Control, Stability, and Confidence — and simply picks whichever has the lowest average score (ties go to whichever domain is checked first). Locomotor and Object Control are each averages of four individual skills, Stability averages two, and Confidence is a single rating, so the weakest domain isn't always the domain with the single lowest individual skill rating.
Why do all ten individual skills feed into one composite score instead of being reported separately?
Each of the ten movement skills first rolls up into its domain average (Locomotor, Object Control, Stability), and those domain averages then combine into the weighted composite — so the composite is a summary, while the individual skill ratings still drive the separate Proficient Skills and Emerging Skills counts. That way you get both a single number for tracking progress over time and a skill-by-skill breakdown for targeting practice.
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