Lisp Reading Passage: Three Paragraphs to Hear Your S and Z

Lisp reading passage vs. lisp reading test: what this page gives you

A lisp reading passage is a paragraph packed with S and Z sounds that you read aloud, record and play back. It lets you hear your S in running speech instead of one word at a time. A reading sample counts as connected speech. ASHA says individual speech sounds are screened both in single words and in connected speech.^13,1

We found no validated, lisp-specific reading passage. The well-known clinical passages were built for other jobs. “The Caterpillar” was designed for motor speech disorders. The Rainbow Passage is used to measure pausing and speech rate in dysarthria, and researchers recently proposed culturally responsive edits to it. A third passage, “The North Wind and the Sun,” was used in one study of lisping in young adults.^8,10,9,7

The passages below are original practice material written for this page, not a standardized test. They give you three things: something to read, a way to listen, and a recording to compare against later. If you want single words or short sentences instead, our lisp test words page has those.

• Lisp test words and sentences
• Do I have a lisp?

Three reading passages packed with S and Z

Each passage puts S and Z in several places:

• At the start, middle and end of words.
• In blends like st, sp, sk, str and spr.
• In end clusters like -sts and -sks.
• Across word boundaries, such as “bus stop” and “this zone.”

These match the positions and clusters on ASHA’s assessment checklist. That checklist also looks at where in a word errors happen and how consistent they are.¹

Passage 1: “Saturday at the Station” (mostly S)

Every Saturday, my sister and I take the six-fifteen bus past the stadium to the station. The street is always busy: someone sells sweet pastries, a student strums a guitar, and small speakers hiss out last summer’s songs. We usually stop for iced lemonade and sit on the steps. Last time, a stranger asked us the fastest way to the science museum, so we sketched a simple map on a scrap of paper. Just as the express slid in, the sun slipped behind the skyscrapers and the sky turned silver. Most weeks, it’s the best and least stressful start to the weekend.

Passage 2: “Zoe’s Puzzle” (mostly Z, with some SH for contrast)

Zoe was amazed when her cousin gave her a puzzle with a thousand pieces. It shows a busy zoo: zebras dozing in the breeze, lazy lions, and a lizard on a rose bush. She spreads the pieces across the table in rows, sorting edges, blues and greens. Her dogs nose around the boxes as if they’re hunting for prizes. Hours pass. Her eyes blur, her shoulders freeze, and she says, “Is this zone of grass ever going to close?” Then, as the day’s last rays fade, she spots the missing piece hiding beneath a magazine. She cheers so loudly that the dogs race in, as surprised as she is.

Passage 3: “The Science Fair Mix-Up” (hard blends and word boundaries)

Six students stood in the science lab, staring at their tests. Sam’s experiment fizzed, Priya’s sensors buzzed, and Lucas’s sixth sketch still showed mistakes. “It’s simple,” Ms. Price insisted. “Small steps first: switch off the gas, rinse the glasses, and list what’s missing.” The scientists sighed, whispered, and started again. By six-thirty, the screens displayed precise results: the yeast mixture rose, the salt crystals sparkled, and the strongest structures stood twice as tall as last season’s. Lucas’s sister, visiting from Boston, said it was the best class she’d seen this spring.

Why a passage shows more than single words

ASHA notes that single-word testing lets most consonants be checked in many positions and contexts. The results may or may not match how the same sounds come out in connected speech.¹

In one study, 61 children with speech delay were assessed with both a standard articulation test and a conversation sample. On average, the two methods agreed on pass or fail for 71% of consonants. Errors that happened in the move from one word to the next showed up only in continuous speech.²

An earlier study of 35 children with articulation difficulties found something similar. Single-word naming and connected speech produced significantly different numbers and types of errors.³

The evidence is not one-sided. In the same 1992 study, sounds a child had already learned were often more accurate in conversation. A study of 37 preschoolers with speech sound disorders and 37 typically developing children found that single words separated the two groups better than story retelling did.^2,4

All of these studies involved children. We found no study comparing passage reading with word lists in teens or adults. The fair summary is that a passage can show things a word list misses, not that it is more accurate.^2,3,4

Clinicians who use the Rainbow Passage still recommend adding a conversation sample to get the most representative picture. ASHA lists retelling, describing pictures and conversation as ways to collect connected speech. That is why the routine below ends with a short retell in your own words.^10,1

How to record yourself reading

1. 1Set up the same way every time: same phone, same quiet room, same distance. About a hand-span from your mouth, slightly to one side, works well. This distance is a practical suggestion, not a research-tested rule. Record on the phone itself, not through a video call.
2. 2Read one passage at your normal speed, the way you would read to a friend. Don’t slow down and speak extra carefully.
3. 3Retell the passage in your own words for 30 to 60 seconds. This is closer to everyday conversation.
4. 4Save each file with the date and the passage name.

Phones are good enough for listening back. In a 2024 lab study, two smartphones, with or without a low-cost headset mic, tracked voice measurements very closely against a research-standard microphone, with correlations above .90, although the measurements still differed significantly. Because the distance and position of a hand-held phone vary a lot, the authors recommended a low-cost headset mic to keep the mouth-to-mic distance fixed.¹¹

That study measured voice, not the S sound. A 2021 comparison of seven recording devices, including phones and laptops, looked at fricatives, the sound family S and Z belong to. Fricative measurements varied a lot from device to device, and recordings made through the Zoom cloud were unreliable for timing.¹²

Treat your recording as a way to notice patterns, not as a measurement.¹²

What to listen for when you play it back

Wait a little before you listen, then play the recording back, with headphones if you can. Check whether your S and Z stay the same wherever they fall. An S that is clear at the start of a word can still change in a blend, at the end of a word or between two words.^1,2

• Does the S sound crisp and narrow?
• Or does it sound more like “th,” dull or muffled, wet or slushy, or high and whistly?
• Is it the same at the start, middle and end of words, and in blends like “st” and “spr”?
• Does it change between words (“this spring,” “is this zone”) or when you speed up?
• Does Z behave like S, including in easy-to-miss spellings like “is,” “was” and “dogs”?
• Does your retell sound different from your reading?
• These sound descriptions are common clinical shorthand. They come mostly from clinicians’ practice materials rather than research, so treat them as rough guides, not labels.

ASHA uses a lateral /s/ as its example of a distortion: a sound that is changed rather than replaced. Deciding what pattern, if any, you have is the job of a speech-language pathologist. Their assessment covers sounds in words and connected speech, an examination of the mouth, a hearing screen and more.¹

Describe what you hear in plain words, and leave the labels to an SLP. For a quick second listener, the free lisp check below gives a preliminary screen of your S (three short words). It never names a lisp type and is not a diagnosis.

Tracking your progress with the same passage

1. 1Print the passage you recorded. Circle every word where the S or Z sounded off.
2. 2Note where each miss falls: start, middle or end of a word, a blend, or between two words.
3. 3Compare each new recording with your first one, not with perfection.
4. 4Re-record the same passage under the same conditions at regular intervals. Every week or two is a practical suggestion; there is no research-based schedule.
5. 5After a few rounds, switch to a passage you haven’t practiced, so you aren’t just memorizing one text.
6. 6Keep doing the retell each time, since it is closer to how you actually talk.

Clinicians use a similar method: they mark up a printed copy of a standard passage to note pauses. Logging where in the word a miss happens follows the same idea as ASHA’s assessment checklist, which tracks error position and consistency.^10,1

Your own ear is subjective. Even researchers comparing word tests with conversation counted the person transcribing the speech, not just the speaker, as a possible source of differences. Look for trends across several recordings rather than reading too much into one.²

How common this is, and when to see a speech-language pathologist

A large review of 15 U.S. studies covered 18,907 children. It found that /s/ and /z/ are acquired by 4;0–4;11 (years;months), using the criterion that 90% of children produce the sound. Speech errors that last well beyond the age sounds are usually learned are called residual or persistent speech errors; one review treats the developmental period as ending at about age 9.^5,6

Most estimates put residual or persistent speech errors, of any kind and not only lisps, at 1%–2% of young adults.^1,6

One study reports a much higher figure. Researchers video-recorded 748 Dutch-speaking university students reading “The North Wind and the Sun,” and judged 23.3% of them to lisp, with no significant difference between men and women. It used a different method and population from the studies behind the 1%–2% estimates, and the authors said it remained to be determined whether the high figure was a recent trend. ASHA notes that prevalence estimates vary greatly because studies classify speech sound disorders inconsistently.^7,1,6

For teens, one review suggests up to 75% of residual errors may clear up between age 9 and the end of high school. That is an estimate across many people, not a prediction for any one person. The same review notes that therapy may still be justified to reduce social effects.⁶

• Lisp test words and sentences
• Free lisp test
• Do I have a lisp?
• Speech practice for teens

Frequently asked questions

References

13 sources from authoritative bodies. Last reviewed October 2026.

1. 1.ASHASpeech Sound Disorders: Articulation and Phonology — Practice Portal page, 2026.
2. 2.Peer-reviewedMorrison & Shriberg — Articulation Testing Versus Conversational Speech Sampling — Peer-reviewed study, 1992.
3. 3.Peer-reviewedJohnson, Winney & Pederson — Single Word versus Connected Speech Articulation Testing — Peer-reviewed study, 1980.
4. 4.Peer-reviewedYeh & Liu — Comparing the Informativeness of Single-Word Samples and Connected Speech Samples in Assessing Speech Sound Disorders — Peer-reviewed study, 2021.
5. 5.Peer-reviewedCrowe & McLeod — Children’s English Consonant Acquisition in the United States: A Review — Systematic review, 2020.
6. 6.Peer-reviewedFlipsen — Emergence and Prevalence of Persistent and Residual Speech Errors — Review, 2015.
7. 7.Peer-reviewedVan Borsel, Van Rentergem & Verhaeghe — The Prevalence of Lisping in Young Adults — Peer-reviewed prevalence study, 2007.
8. 8.Peer-reviewedPatel et al. — “The Caterpillar”: A Novel Reading Passage for Assessment of Motor Speech Disorders — Peer-reviewed study, 2013.
9. 9.Peer-reviewedDietsch et al. — Revisiting the Rainbow: Culturally Responsive Updates to a Standard Clinical Resource — Peer-reviewed article, 2023.
10. 10.Peer-reviewedSevitz et al. — Obtaining Objective Clinical Measures During Telehealth Evaluations of Dysarthria — Peer-reviewed clinical tutorial, 2021.
11. 11.Peer-reviewedAwan et al. — Validity of Acoustic Measures Obtained Using Various Recording Methods Including Smartphones With and Without Headset Microphones — Peer-reviewed study, 2024.
12. 12.Peer-reviewedGe, Xiong & Mok — How Reliable Are Phonetic Data Collected Remotely? Comparison of Recording Devices and Environments on Acoustic Measurements — Peer-reviewed conference paper, 2021.
13. 13.University of Memphis (Mid-South Conference on Communicative Disorders)Merrill — Differential Diagnosis of Pediatric Speech Sound Disorders — Continuing-education presentation, 2025.