The Wold Sentence Copying Test in Pediatric OT: Scoring, Norms, Research, and Limits

Slow copying is one of the most common reasons a teacher reaches out to the school OT. Worksheets come back half finished, and nobody is sure whether the problem is motor, visual, attention, or something else. The Wold Sentence Copying Test puts a quick number on copying speed. It is also an old screening tool with real limits, and its own distributor says so plainly. Here is what it is, how to score it, how old its norms are, and how to report it honestly.

Why therapists use it

It takes about a minute, needs only a pencil and a form, and gives one raw score you can compare to grade level data. Therapists use it to add an objective copying number to a handwriting evaluation, to screen a group when a teacher reports several slow copiers, to benchmark copying speed across a school year, and to watch how a student copies. Think of it as a screening and observation task, not a standardized evaluation instrument.

What it is

The test was developed by optometrist Dr. Robert Wold. Maples (2003) reports that it was first described in 1970 as part of a battery of screening tests for classroom teachers, published by Academic Therapy Publications, with a later description by Treganza and Wold in 1978. Its roots are in behavioral optometry, not occupational therapy.

The Optometric Extension Program Foundation (OEPF) sells it as a pad of 50 forms with an instruction sheet and a reprint of Maples (2003), which contains updated norms (Optometric Extension Program Foundation [OEPF], n.d.). There is no newer edition. Per Maples (2003):

• A printed sentence sits at the top of the page, and the student copies it onto the lower half.
• The time limit is one minute. In the Maples study, first graders were given two minutes so they had time to get started.
• It can be given individually or in a group. Maples trained classroom teachers to administer it.

The sentence is copyrighted, so order the official forms to make sure you use the stimulus the norms were built on.

What it measures

The Wold measures one thing: near point copying speed, the number of symbols a student copies from a model on the same page in a fixed time. Maples (2003) calls it a visual motor screening task, but the score does not separate the parts of the task. A low score could reflect slow letter formation, weak visual memory for letter sequences, frequent looking back at the model, attention, effort, or unfamiliar print.

What it does not measure:

• Far point copying. The model is on the desk, not the board. If board copying is the concern, take a separate far point sample.
• Legibility. The OEPF states that its scores do not reflect handwriting legibility (OEPF, n.d.).
• Composition or spelling. The student copies; they do not generate text.

Wold also suggested observing posture, fixations, spacing, and frustration, but Maples (2003) notes that no recording method was specified. Treat those as clinical observations, not scores.

How it is scored

The score is symbols copied per minute. Per Maples (2003), a symbol includes every letter and every punctuation mark. Maples does not say whether spaces count or how errors are handled, so follow the OEPF instruction sheet and apply the same rule every time.

Two sets of comparison data exist:

• Original Wold norms for grades 2 to 8, reprinted in Maples (2003) as 30, 40, 50, 60, 67, 74, and 80 symbols per minute. No sample description is available for them.
• Maples (2003) norms for grades 1 to 5, from 540 Oklahoma children tested fall and spring over three school years (2,561 administrations). Pooled means for grades 1 through 5 were 21.0, 44.4, 61.6, 67.9, and 81.9 symbols per minute (SDs 13.2, 20.6, 22.8, 21.5, and 19.6). Means were higher than the older norms at every grade, and girls outscored boys.

Maples proposed flagging scores more than half a standard deviation below the grade mean and reported separate means for boys and girls. His example: a third grader scoring below 50.2 (61.6 minus 11.4) on pooled data would be flagged.

There are no standard scores or percentiles. The OEPF states that the test's grade equivalent scores have never been validated, standardized, or found reliable, and may overestimate copying ability (OEPF, n.d.).

A school example

A third grade teacher refers a boy in March for slow board copying and unfinished classwork. The OT observes in class, collects work samples, and gives the Wold individually. He looks back at the model after nearly every letter, erases twice, and works with his head close to the page. The OT also takes a far point sample from the board and gives standardized handwriting and visual motor tests. The Wold is one data point in that picture.

Sample score summary (FICTIONAL)

Invented student and scores for illustration. Comparisons use the Maples (2003) grade 3 data in the OEPF reprint. The Wold yields a raw rate only, so no percentile or standard score is reported.

• Raw score: 44 symbols per minute (individual, one minute)
• Grade 3 pooled mean: 61.6 (SD 22.8); screening cutoff below 50.2
• Grade 3 boys mean: 57.4; half SD 11.3; screening cutoff below 46.1
• Result: Below the Maples screening criterion on pooled and sex specific comparisons
• Observations: Frequent glances back to the model, two erasures, head close to page

How to write it up

Report the raw rate, name the norm source and its date, and call it a screening measure. Skip grade equivalents.

The Wold Sentence Copying Test, a one minute near point copying screener, was administered. Student copied 44 symbols per minute, below the screening criterion reported by Maples (2003) for third grade (pooled mean 61.6 symbols per minute). Because these comparison data come from a 2003 regional sample and the test is not standardized, this is interpreted as a screening finding only. Student looked back at the model after most letters and erased twice. Results are consistent with teacher report and are considered alongside classroom observation, far point copying samples, and the standardized testing reported below.

What the research says

The research base is small, old, and mostly from optometry.

• Maples (2003) found Wold scores correlated positively with most Iowa Test of Basic Skills subscores, for example r = .484 with total reading and r = .514 with total math (pooled). These are moderate correlations in a large sample, and Maples states the study does not show that poor visual motor skill causes academic failure.
• Oland and Kenison (1993), a Pacific University master's thesis, normed the test in 64 children in grades 3 to 6, added a number sentence, and counted head and eye movements, which were strongly negatively correlated with copying speed.
• Eliason (1995) normed grades 2 to 6 and reported test retest correlations of .91 for letter copying speed and .94 for number copying speed. These norms differed significantly from Wold's original data, which the earlier thesis described as having questionable validity.

Broader research confirms that copying speed is developmental and variable. Graham et al. (1998) studied 900 children in grades 1 to 9 and found copying speed generally rose with grade, unevenly in the intermediate grades, approaching adult rates by grade 9. Girls wrote faster in some grades, and right handers wrote faster than left handers. Feder and Majnemer (2007) recommend assessing handwriting with a valid, reliable, standardized tool plus classroom observation and teacher input.

Practical cautions

• The norms are old. The original norms date to the 1970s, and the newest published norms are from a single 2003 regional sample.
• Not for eligibility. The OEPF states the test should not be used to determine eligibility for special education or related services, or to change or discontinue services (OEPF, n.d.).
• Speed only. Pair it with a legibility measure and a far point sample.
• One minute is short. Effort, anxiety, or a slow start can swing the score. Check it against classroom work.
• Stay consistent. Same form, timing, and counting rule every time if you use it for progress monitoring.

Related tools

• ETCH. The Evaluation Tool of Children's Handwriting covers grades 1 to 6 and includes near point and far point copying, dictation, and composition, with legibility and speed scores. It is criterion referenced, and some task reliability values are low (Shirley Ryan AbilityLab, n.d.). It is a better fit when board copying is the concern.
• DASH-2. The Detailed Assessment of Speed of Handwriting, Second Edition, is a standardized handwriting speed test for ages 8:0 to 25:11 with tasks including Copy Best, Copy Fast, and Free Writing, yielding standard scores and percentile ranks (Pearson, n.d.-b). The original DASH was standardized in the UK (Barnett et al., 2009).
• Beery VMI, Sixth Edition. Measures visual motor integration through copying geometric forms, ages 2 to 99, with standard scores and percentiles (Pearson, n.d.-a). It helps explain slow copying but does not measure handwriting speed.

Bottom line

The Wold is a fast, cheap way to get a near point copying rate and watch how a student copies. Its norms are old, it was never standardized, and its distributor warns against using it for eligibility. Report the raw rate with the norm source and date, and let standardized handwriting and visual motor measures carry the weight of your evaluation.

References

Barnett, A., Henderson, S., Scheib, B., & Schulz, J. (2009). Development and standardization of a new handwriting speed test: The Detailed Assessment of Speed of Handwriting. In Teaching and learning writing (pp. 137-157). British Psychological Society. https://uhra.herts.ac.uk/handle/2299/8291

Eliason, K. L. (1995). Norming the Wold-Pacific Sentence Copying Test [Master's thesis, Pacific University]. https://commons.pacificu.edu/works/publication-dissertation/kq2ka-3kj77

Feder, K. P., & Majnemer, A. (2007). Handwriting development, competency, and intervention. Developmental Medicine & Child Neurology, 49(4), 312-317. https://doi.org/10.1111/j.1469-8749.2007.00312.x

Graham, S., Berninger, V., Weintraub, N., & Schafer, W. (1998). Development of handwriting speed and legibility in grades 1-9. The Journal of Educational Research, 92(1), 42-52. https://doi.org/10.1080/00220679809597574

Maples, W. C. (2003). The Wold Sentence Copy Test and academic performance. Journal of Behavioral Optometry, 14(3), 71-76. https://atinternetmodules.org/storage/ocali-ims-sites/ocali-ims-atim/documents/Wold_Sentence_Copy_Test.pdf

Oland, C., & Kenison, K. (1993). Norming the Wold Sentencing Copying Test [Master's thesis, Pacific University]. https://commons.pacificu.edu/works/publication-dissertation/4pwxx-1bf38

Optometric Extension Program Foundation. (n.d.). Wold Sentence Copying Test. Retrieved October 26, 2026, from https://www.oepf.org/product/wold-sentence-copying-test/

Pearson. (n.d.-a). Beery-Buktenica Developmental Test of Visual-Motor Integration, sixth edition. Retrieved October 26, 2026, from https://www.pearsonassessments.com/store/usassessments/en/Store/Professional-Assessments/Motor-Sensory/Beery-Buktenica-Developmental-Test-of-Visual-Motor-Integration-%7C-Sixth-Edition/p/100000663.html

Pearson. (n.d.-b). Detailed Assessment of Speed of Handwriting, second edition (DASH-2). Retrieved October 26, 2026, from https://www.pearsonclinical.com.au/products/view/104

Shirley Ryan AbilityLab. (n.d.). Evaluation Tool of Children's Handwriting. Rehabilitation Measures Database. Retrieved October 26, 2026, from https://sralab.org/rehabilitation-measures/evaluation-tool-childrens-handwriting

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