A child may know exactly what they want to say but still struggle to get those ideas onto paper.
When handwriting is slow and effortful, students may write less, omit important details, take longer to complete assignments, or devote so much attention to forming letters that little mental energy remains for spelling, sentence construction, and planning.
But how slow is too slow?
The answer is more complicated than many handwriting-speed charts suggest. Speed varies according to the task, instructions, writing sample, time of year, and individual child. Copying a paragraph, writing the alphabet from memory, taking dictation, and composing an original story place very different demands on a student.
There is no single, universally accepted handwriting-speed standard covering kindergarten through fifth grade. Normative data vary considerably across studies because researchers have used different tasks, instructions, timing periods, scripts, and scoring systems. However, the available research provides useful reference points that can help teachers and occupational therapists identify students who may need additional instruction, monitoring, or evaluation.[3]
Why Handwriting Fluency Matters
Handwriting fluency is not simply the ability to move a pencil quickly. It is the ability to retrieve and produce letters accurately, efficiently, and with decreasing conscious effort.
For beginning writers, handwriting and spelling consume a significant amount of working memory. As letter production becomes more automatic, students can devote more attention to generating ideas, choosing words, constructing sentences, and revising their work.
Developing writers may have more ideas than they can physically record when transcription remains slow and laborious. Handwriting fluency can therefore affect not only how much students write, but also the quality of their compositions.[4]
Handwriting Speed Benchmarks for Grades 1 Through 5
The following rubric is based on the grade-level copying-speed means and standard deviations reported by Graham, Berninger, Weintraub, and Schafer (1998) and summarized in Reed’s review of handwriting-speed research.[1], [3]
The scores are reported in letters per minute, or LPM.
| Grade | Significant concern | Below expected | Broad expected range | Above expected | Grade average |
|---|---|---|---|---|---|
| 1 | 0–4 LPM | 5–11 LPM | 12–26 LPM | 27+ LPM | 19 LPM |
| 2 | 0–9 LPM | 10–21 LPM | 22–46 LPM | 47+ LPM | 34 LPM |
| 3 | 0–22 LPM | 23–34 LPM | 35–59 LPM | 60+ LPM | 47 LPM |
| 4 | 0–28 LPM | 29–45 LPM | 46–80 LPM | 81+ LPM | 63 LPM |
| 5 | 0–42 LPM | 43–57 LPM | 58–88 LPM | 89+ LPM | 73 LPM |
The screening categories were calculated from the reported grade-level means and standard deviations:
- Significant concern: more than two standard deviations below the grade mean
- Below expected: between one and two standard deviations below the mean
- Broad expected range: within one standard deviation of the mean
- Above expected: more than one standard deviation above the mean
Reed reports mean copying speeds of approximately 19 LPM in Grade 1, 34 LPM in Grade 2, 47 LPM in Grade 3, 63 LPM in Grade 4, and 73 LPM in Grade 5. The standard deviations are wide, showing that considerable variation exists among students in the same grade.[3]
Read these ranges with care
These screening ranges were calculated from the grade-level means and standard deviations reported by Graham et al. (1998) and summarized by Reed. The category labels are practical interpretations created for screening purposes. They are not diagnostic cutoffs or classifications formally established by Graham et al. or Montgomery County Public Schools.
A handwriting-speed score should always be considered alongside legibility, effort, fatigue, accuracy, and classroom performance. A single number never tells the whole story.
The Montgomery County Public Schools, or MCPS, handout presents the same Graham data as approximate words-per-minute averages. It also cautions that students in the Graham study were instructed to write as quickly as possible without making errors. The results may therefore represent the upper end of performance and may be higher than the speeds students demonstrate during ordinary classroom writing.[2]
Why Letters per Minute Are More Useful Than Words per Minute
Many handwriting charts report speed in words per minute. A commonly circulated chart places first graders at approximately 5 WPM and fifth graders at approximately 10 WPM.
Those figures may provide a rough reference point, but they should not be presented as standardized national norms.
Reed cautions against using one widely shared WPM table because it was created by combining means and medians from different studies, converting letters to words by dividing by five, and then rounding the results. Combining studies with different methods and converting all words to an assumed five-letter length reduces precision.[3]
Letters per minute are generally more useful because:
- words vary in length
- short writing samples can be scored more precisely
- individual letters can be evaluated for accuracy and legibility
- progress can be compared without depending on the vocabulary in a passage
For readers who prefer a general WPM estimate, dividing letters per minute by five produces the following approximate averages.
| Grade | Average LPM | Approximate WPM |
|---|---|---|
| 1 | 19 | 4 |
| 2 | 34 | 7 |
| 3 | 47 | 9–10 |
| 4 | 63 | 12–13 |
| 5 | 73 | 14–15 |
These WPM figures are mathematical conversions of the LPM scores, not separate research norms. It is worth noting that they run higher than the popular chart mentioned above: the conversion puts fifth graders near 15 WPM rather than 10. When a widely shared chart and the underlying research disagree this much, the research is the better guide.
Kindergarten Must Be Assessed Differently
Kindergarten students should not be expected to complete the same paragraph-copying tasks used with older children. Many are still learning letter names, letter forms, alphabetical sequence, and the motor patterns needed to produce each letter.
A more developmentally appropriate measure is an alphabet-fluency task. The child writes lowercase letters in alphabetical order from memory as quickly and accurately as possible.
In a study of 134 kindergarten students, Sears (2014) administered the alphabet-fluency task at the beginning and end of the school year. Scores were collected after both 15 and 60 seconds. The 60-second measure provided a more useful representation of kindergarten performance because many young students needed additional time to retrieve and begin producing letter forms.[4]
| Time of year | Average correct letters in 60 seconds | Standard deviation |
|---|---|---|
| Beginning of kindergarten | 4.75 | 4.28 |
| End of kindergarten | 10.42 | 6.44 |
At the beginning of kindergarten, the average student produced 4.75 correct letters in 60 seconds. Many children entered kindergarten with little or no previous experience writing letters from memory.
By the end of kindergarten, the average increased to 10.42 correct letters. Fewer than 4% of students scored zero, while 55% wrote at least ten correct letters during the one-minute task.[4]
About this sample
These figures describe one sample of 134 kindergarten students from four schools in the Pittsburgh area. They are reference points for progress monitoring, not standardized national norms. The Quick Reference Guide linked below adapts this alphabet-fluency task; its record fields and observation prompts are practical additions, not part of the original measure.
Curriculum-based measures generally do not have the same established population norms as standardized assessments. Schools and districts may therefore benefit from collecting local data and comparing students both with local peers and with their own previous performance.[4]
A student who writes few or no letters at the beginning of kindergarten may simply have had limited previous handwriting instruction. A child who continues to produce few letters near the end of kindergarten may warrant closer observation, particularly when the score is accompanied by difficulty recalling letter forms, poor formation, avoidance, or limited classroom writing.
How to Measure Handwriting Speed
To make a handwriting-speed score useful, testing conditions should be as consistent as possible.
Free download: Handwriting Speed Quick Reference Guide
The steps below, plus the kindergarten alphabet-fluency task, are condensed into a printable two-page record sheet: one page for the Grades 1–5 copying protocol, one for kindergarten. Download the Quick Reference Guide to keep by your desk.
1. Use a grade-appropriate copying passage
Place a short printed passage beside or directly above the child’s writing paper. This is commonly described as a near-point copying task.
Confirm that the student can read the passage before beginning. If the student cannot decode the words, the task will measure reading difficulty as well as handwriting performance.
2. Use the student’s usual materials
Provide the pencil and lined paper the student typically uses in class.
The McMaster Handwriting Assessment Protocol recommends evaluating handwriting within the context of the child’s usual learning environment. It considers the child’s workstation, posture, writing-tool use, behavior, speed, legibility, and written content rather than examining speed as an isolated skill.[5]
Ideally:
- the student’s feet are supported
- the desk and chair are appropriately sized
- the forearms can rest comfortably on the work surface
- the student uses familiar paper and a familiar writing tool
- the work area has adequate lighting and limited distractions
3. Give clear instructions
A suitable instruction is:
“Copy this passage as quickly and accurately as you can. Try not to make mistakes. Keep writing until I tell you to stop.”
The wording matters. Asking a child to produce their “best handwriting” may slow performance. Emphasizing speed alone may cause some students to sacrifice legibility. Use the same directions each time the student is assessed.
4. Use a consistent time period
A 90-second copying task is a practical option for school-based screening. Elementary handwriting-fluency research has used tasks in which students copy as much of a passage as possible in 90 seconds.[4]
The same time period, type of passage, instructions, paper, and scoring method should be used each time the student is reassessed. The grade-level rubric should not be applied to an untimed task or to a task using substantially different instructions.
5. Count correct, legible letters
Count letters that:
- match the source passage
- appear in the correct sequence
- are recognizable
- are completed within the testing period
Do not count letters that are omitted, substituted, added, or unreadable.
It is useful to record two scores: total letters attempted, and correct, legible letters. Comparing the two helps distinguish among different patterns of performance.
| Performance pattern | Possible interpretation |
|---|---|
| Slow but accurate | Letter formation or automaticity may still be developing |
| Fast but inaccurate | The student may be sacrificing accuracy for speed |
| Slow and inaccurate | Broader handwriting or transcription concerns may be present |
| Adequate speed with poor legibility | Speed alone does not reflect functional handwriting |
| Adequate speed with pain or fatigue | Endurance or efficiency may require further investigation |
6. Calculate letters per minute
The grade-level rubric is stated in letters per minute, so a timed sample must be converted before it is compared to the rubric. Use the following formula:
Letters per minute = correct letters × 60 ÷ number of seconds
For a 90-second sample: correct letters ÷ 1.5 = letters per minute.
For example, a student who copies 72 correct letters in 90 seconds has a speed of 72 ÷ 1.5 = 48 LPM. (The Quick Reference Guide does this conversion for you.) The McMaster protocol uses the same basic calculation; its example converts the number of letters written during a copying task to a 60-second rate.[5]
Copying Speed Is Not Composition Speed
This is one of the most important distinctions when interpreting handwriting-speed results.
A copying task primarily requires the student to visually track text and reproduce letters and words. Original composition also requires the student to generate and organize ideas, select vocabulary, construct sentences, spell words, apply capitalization and punctuation, hold information in working memory, and review what has already been written.
As a result, composition is usually slower than copying. The MCPS handout reports that fourth-grade students with learning disabilities composed at approximately 4 to 5 WPM, considerably slower than the general fourth-grade copying average. The document explains that copying provides information about production speed but does not account for the reflection and thought involved in composition.[2]
Copying benchmarks should therefore not be used to determine how quickly a student ought to complete an original paragraph, story, or essay. The same principle applies to dictation and alphabet writing. Each task measures a different combination of skills.
| Task | Major demands | Compare with copying rubric? |
|---|---|---|
| Paragraph copying | Letter production and visual tracking | Yes |
| Alphabet from memory | Letter retrieval, sequence, and formation | No |
| Dictation | Auditory processing, spelling, and handwriting | No |
| Original composition | Idea generation, language, spelling, and handwriting | No |
| Extended classroom writing | Fluency, endurance, composition, and self-regulation | No |
What Can a Slow Score Mean?
A low handwriting-speed score does not identify the cause of the problem. Slow performance may be related to:
- inefficient or inconsistent letter formation
- limited automatic recall of letter forms
- difficulty visually tracking a passage
- fine-motor or visual-motor challenges
- excessive pencil pressure
- pain or fatigue
- attention or executive-function demands
- weak spelling skills
- difficulty reading the source passage
- frequent pausing, correcting, or checking
- unfamiliarity with the writing task
- anxiety about making mistakes
The pattern across tasks is often more informative than one isolated score. A student who copies at an expected rate but slows significantly during dictation or composition may be struggling more with spelling, language, or idea generation than with handwriting execution.
Kimpton’s review cautions that slow writing among students with dyslexia may be associated with frequent pauses and spelling demands rather than impaired motor execution. A child’s results should therefore be analyzed carefully before a motor-based intervention is selected.[6]
A handwriting-speed assessment should begin an investigation, not end it.
How Should Educators Interpret a Handwriting-Speed Score?
A handwriting-speed score should always be considered alongside legibility, effort, fatigue, and classroom performance. One score should not be used in isolation.
Within the expected range
The student’s copying speed falls within the broad grade-level range, handwriting remains readable, and written work is completed without unusual effort, fatigue, pain, or frustration. Continue typical handwriting instruction and classroom practice.
Below the expected range
The student’s speed falls between one and two standard deviations below the grade-level mean. This does not necessarily indicate a handwriting disorder, but it suggests that the student may benefit from additional instruction and monitoring.
Repeat the same type of assessment after a period of targeted practice. Use the same task format, instructions, duration, and scoring method so the results can be compared meaningfully. Look for progress over time rather than relying on a single score.
Significantly below the expected range
A score more than two standard deviations below the grade-level mean warrants closer investigation, particularly when performance remains low across repeated assessments. Consider whether the student also:
- struggles to finish written work within classroom time
- produces handwriting that is difficult to read
- experiences pain or fatigue
- avoids writing or becomes noticeably frustrated
- pauses frequently when forming or retrieving letters
- shows a marked difference between copying, dictation, and composition
- demonstrates declining quality as a writing task continues
- requires substantially more time than classmates to record similar information
Concerns Can Exist Even When Speed Is Average
A student may write at an expected rate but still experience a functional handwriting difficulty. Excessive pencil pressure, inefficient formation, poor legibility, pain, fatigue, deteriorating quality during longer tasks, or an inability to sustain writing may all require support.
The McMaster protocol describes speed and legibility as the two cornerstones of functional handwriting. It recommends examining both the writing process and the final product, along with the child’s participation in classroom tasks.[5]
Likewise, a slow score alone does not identify the cause. It should be treated as a signal to examine the child’s performance more closely, not as a diagnosis of dysgraphia, dyslexia, developmental coordination disorder, or another condition.
Can Handwriting Speed Be Improved?
Yes, but building fluency is not the same as asking children to rush.
A 2022 meta-analysis reviewed 31 studies involving 2,030 students in kindergarten through sixth grade. Compared with no handwriting instruction or instruction unrelated to handwriting, handwriting interventions produced significantly greater improvements in writing fluency, with an overall effect size of 0.64.[7]
The review also identified positive effects for timed transcription practice (effect size 0.49), multicomponent handwriting instruction (0.40), and performance feedback (0.36).[7]
Effective fluency practice may include:
- explicit instruction in efficient letter formation
- practice retrieving letters from memory
- short practice with letters, words, and sentences
- opportunities to improve upon a previous score
- immediate and specific feedback
- attention to both speed and accuracy
- gradual increases in writing duration
A little motivation helps too. In the clip below, a young student races to write the lowercase alphabet before a fidget spinner stops spinning. Turning speed practice into a game gave him a reason to write quickly and to beat his own previous try, exactly the kind of purposeful, repeatable practice that builds fluency.
The meta-analysis also found that instruction focused solely on components of legibility did not consistently improve speed. To build fluency, students need opportunities to practice producing letters and written language accurately and efficiently.[7]
Students should first establish accurate and efficient movement patterns. Purposeful practice can then help those patterns become increasingly automatic.
Speed Should Develop Without Sacrificing Legibility
Asking a child to suddenly “write faster” during a single task may cause handwriting quality to deteriorate. Similarly, asking a child to concentrate exclusively on neatness may reduce speed. This does not mean that improved handwriting speed must produce a permanent decline in legibility.
Speed and legibility are related, but the relationship is not straightforward. A student can write slowly and illegibly or quickly and legibly. Students may temporarily sacrifice quality when specifically instructed to increase their speed, but fluency can be developed progressively through practice rather than through pressure to race.[6]
The emphasis should be on steady improvement while maintaining recognizable letter forms.
Fluency Is the Result of Automaticity, Not Rushing
The goal of handwriting instruction is not to produce the fastest writer in the class. The goal is to help each child write quickly enough, clearly enough, and comfortably enough to participate fully in learning.
A speed score provides valuable information, but it must always be considered in context. Educators should examine:
- what the student was asked to write
- whether the task involved copying, retrieval, dictation, or composition
- how accurately the writing was produced
- whether the handwriting remained readable
- how much effort the task required
- whether pain, fatigue, or frustration was present
- whether handwriting interfered with the student’s ability to communicate ideas
Accurate and efficient letter formation comes first. With clear movement patterns, repeated retrieval, and purposeful practice, handwriting can become increasingly automatic.
That automaticity gives students something far more important than a higher letters-per-minute score. It gives them the freedom to focus on what they want to say.
References
- Graham, S., Berninger, V. W., 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
- Montgomery County Public Schools, High Incidence Accessible Technology. (n.d.). Handwriting speeds [Reference handout]. https://www.montgomeryschoolsmd.org/departments/hiat-tech/tech-guides/HandwritingSpeeds.pdf
- Reed, K. L. (n.d.). Grade level handwriting and keyboarding speeds [Unpublished PowerPoint presentation]. Texas Woman’s University, Houston, TX. (No venue or publication date is identified; file metadata dated 27 March 2013 is not a confirmed presentation date.)
- Sears, M. M. (2014). Handwriting fluency in kindergarten: Exploring the issue of time [Bachelor of Philosophy thesis, University of Pittsburgh]. D-Scholarship@Pitt. https://d-scholarship.pitt.edu/concern/etds/2ba7e85e-985f-49f1-9930-f29dc2667d00
- Pollock, N., Lockhart, J., Farhat, L., Jacobson, J., Bradley, J., & Brunetti, S. (2008). The McMaster Handwriting Assessment Protocol. School of Rehabilitation Science, McMaster University.
- Kimpton, L. (2024, February). Handwriting speed [Informal research review].
- López-Escribano, C., Martín-Babarro, J., & Pérez-López, R. (2022). Promoting handwriting fluency for preschool- and elementary-age students: Meta-analysis and meta-synthesis of research from 2000 to 2020. Frontiers in Psychology, 13, Article 841573. https://doi.org/10.3389/fpsyg.2022.841573
Related peer-reviewed publication. The kindergarten alphabet-fluency findings summarized here were later developed in: Puranik, C. S., Patchan, M. M., Sears, M. M., & McMaster, K. L. (2017). Examining alphabet writing fluency in kindergarten: Exploring the issue of time on task. Assessment for Effective Intervention, 42(2), 81–96. https://doi.org/10.1177/1534508416665324
About the Author: Cheryl Bregman, OT, M.S.
Cheryl Bregman is an occupational therapist with 25+ years helping children overcome handwriting challenges and the founder of Handwriting Heroes. She holds a Master’s in Technology in Special Education from Johns Hopkins University.