Cued Articulation: The Complete Teacher's Guide to

Use Cued Articulation to support learners' reading, as Passy (n.d.) designed. It uses simple hand cues to stand for speech sounds, so phonics feels clear, active, and accessible for all learners. The 49 cues help children see and feel how sounds work in their mouths.

This supports basic phonics and can also help learners with learning difficulties. This guide shows you how to use movement to teach sounds. The term describes a structured process for turning evidence into a classroom decision, not a label on its own.

For teachers, the value is practical: cues can make a hidden sound visible during phonics, speech and language intervention, or EAL pronunciation work. A SENCO or speech and language therapist can also use the same cue set in graduated approach paperwork, so classroom practice and intervention records describe the same sound targets (Dockrell and Lindsay, 2001; Law et al., 2000).

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Key Takeaways

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Key Principles of Cued Articulation

, 2014). Quick hand movements show released air for sounds like /p/, /b/, /t/, /d/, /k/, /g/.

Flowing movements show air friction for /f/, /v/, /s/, /z/, /sh/. A finger touches the nose to show nasal airflow, such as /m/, /n/, /ng/. Smooth glides show tongue position in /w/, /r/, /l/, /y/ sounds.

1. One Sound, One Sign: Each of the 49 phonemes in English has its own unique hand cue. The cues are logical, showing both the place of articulation (where in the mouth) and the manner of articulation (how the sound is made)
2. Visual Support for Auditory Processing: Children who struggle to hear the differences between sounds can see the differences instead. This is particularly powerful for children with hearing impairments, phonological delays, or auditory processing difficulties
3. Bridges Speech and Literacy: Cued Articulation supports both speech production and phonics learning. Teachers report improved phonological awareness across whole classes when cues are used consistently during phonics instruction
4. Not Sign Language: Cued Articulation represents sounds, not words. It can be used alongside sign language systems like BSL or Makaton, but serves a completely different purpose

What is Cued Articulation?

Jane Passy created Cued Articulation in the late 1970s while working as a speech and language therapist. The system uses 49 hand cues for English phonemes, with each cue showing where and how a speech sound is produced (Passy, 2003).

Cued Articulation is a visual phonics system for the 49 sounds (phonemes) used in spoken English (Passy, 2003). Each sound has its own hand movement that gives visual information about:

Jane Passy developed the system while working with children who had severe speech and language difficulties. She observed that many children struggled with auditory recall and needed visual support to learn and remember speech sounds. The cues she developed are logical and based on linguistic theory, making them easier to learn and remember than arbitrary signs.

The system covers:

Consonant cues are colour coded by type, providing an additional visual support when sounds are represented in written form.

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How Cued Articulation Works

Cued Articulation uses hand cues to show sound placement, manner, and voicing. Teachers move their hands as they say the sound.

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The Logic Behind the Cues

Each cue provides information about how the sound is produced. For example:

The /p/ sound:

This cue shows that /p/ is:

The /m/ sound:

This cue shows that /m/ is:

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Consonant Colour Coding

Consonant sounds are organised into colour-coded groups based on how they are produced:

Phonemes can be grouped by articulation, which means how the mouth makes each sound. Plosives (P, b, t, d, k, g) use complete stops, while nasals (M, n, ng) let air pass through the nose. Fricatives (F, v, s, z, sh, th) create friction, and affricates (Ch, j) combine stops and fricatives. Approximants (W, r, l, y) are consonants that sound more like vowels.

This helps learners read and write more easily.

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Vowel Cues

Vowel cues work differently from consonants because all vowels are voiced and continuous. The vowel cues indicate:

Vowel cues are made in different positions relative to the face, showing the tongue position within the mouth.

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Supporting ESOL and EAL Learners

Cued Articulation is most useful when learners need a visible model of lips, tongue and airflow. That matters in post-pandemic classrooms: Speech and Language UK estimated that 1 in 5 UK school-aged children were behind with talking or understanding words in 2023 (Speech and Language UK, 2023). A teacher or speech and language therapist can watch the learner's mouth, adjust the cue, and connect the sound to print in a way that screen-based reading practice cannot always do.

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Pronunciation Difficulties and Speech Disorders

Children who have difficulty producing certain sounds can use the cues to:

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Benefits for Learners with Hearing Impairment

For children who cannot hear all the differences between sounds, Cued Articulation provides visual access to phonemic information. The cues show what the ears cannot detect.

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Phonological Disorder Teaching Support

Children with phonological awareness difficulties often struggle to:

Cued Articulation makes theseabstract sounds concrete and visible.

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Working Memory and Processing Support

Cued Articulation can help learners map phonemes to graphemes, reducing cognitive load when sound-letter links are weak. This is most useful when the cue is brief, consistent and linked straight back to the grapheme.

Learners with weak auditory memory may forget sounds quickly. A visual cue can give them a short-term anchor. However, it should not become an extra routine to remember before every blend. Effective phonics still needs explicit sound-letter teaching, accurate modelling and enough decoding practice (Ehri, 2014; Goswami, 2000).

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Implementing Cued Articulation in Your Classroom

In English primary schools, Cued Articulation should sit beside the school's validated systematic synthetic phonics programme. It should not replace the programme's sequence, terms or decodable texts. The Department for Education stresses fidelity to SSP programmes, so leaders should record Cued Articulation as targeted speech, language or phoneme-discrimination support. Staff also need training so they use the same cues consistently (Department for Education, 2023; Department for Education, 2026).

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Getting Started: Essential Steps

Begin implementation gradually with these practical steps:

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Daily Classroom Integration

Use cues in a natural way as part of your current systematic synthetic phonics teaching. Keep them linked to the sounds learners are learning:

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Training and Professional Development

Effective implementation requires proper training for all staff involved:

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Research Evidence and Effectiveness

Bradley and Bryant (1983) found that phonological training can improve reading accuracy and spelling. Stackhouse & Wells (2001) describe benefits for learners with speech difficulties, and Dodd et al. (2006) also address speech sound and language needs. These studies support targeted use, but they are not large-scale evidence for Cued Articulation as a whole-class reading programme (Ehri et al., 2001; Education Endowment Foundation, 2026).

Key research findings include:

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Common Challenges and Solutions

Time limits and correct cue use pose problems (Passy, 2013). Knowing these issues helps successful learner support (Remington & Pinet, 2021).

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Staff Training and Consistency Issues

Challenge: Different staff members using varying hand movements for the same sounds.

Solutions:

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Time and Curriculum Pressure

Challenge: Feeling that cues slow down phonics lessons or add extra content.

Solutions:

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Cued Articulation, Attention and Working Memory

Cued Articulation should not be justified through learning styles. The stronger claim is about attention, memory and speech sound mapping. For learners who cannot hold a sound in auditory memory, a brief cue can make the sound visible; for learners who already decode confidently, extra cueing may add unnecessary load (Sweller, 1988).

Teachers should therefore use cues as a scaffold, then fade them. Model the sound, show the cue, link it to the grapheme, and return to blending. If the class spends more effort remembering the gesture than reading the word, the cue has become a distraction.

This matters in whole-class phonics. A small group working on /th/ may need mouth placement, breath and hand cueing; a fluent reader decoding ship does not need every phoneme cued. Cued Articulation works best when the cue solves a specific speech or sound-discrimination problem.

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Adapting Cues for Individual Needs

Motor skills can make some hand movements hard for learners, particularly for those with developmental coordination disorder or dyspraxia (Blank et al., 2019). Teachers can change cues: use larger, slower actions or one hand., 2005). They can feel hand movements or use textures (Kennedy & Landi, 2016).

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Cued Articulation Games for Primary Classrooms

Learners use magnifying glasses to find objects starting with set sounds. They perform the matching hand cue and add items to their collection.d.).

Cue Chain Challenge builds phonological awareness through sequential sound production. Learners stand in a circle, with the first child performing a cue for any sound. The next child must think of a word beginning with that sound, say it aloud, then perform the cue for the final sound in their word. This continues around the circle, creating a chain of connected sounds that develops both segmenting and blending skills.

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Quick Five-Minute Activities

Mirror Match works brilliantly for morning registration or transition times. The teacher performs a series of three to five cues whilst learners mirror the movements. This can progress to learners creating their own sequences for partners to copy, building confidence with the cue system.

Silent Spelling uses cues to help maintain quiet classrooms. Teachers cue CVC words, and learners write them. This strengthens visual-phonemic links, offering quick assessment (Ehri, 2014; Share, 1995).

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Cued Articulation for EAL Pronunciation and Phonics

EAL learners may find English phonemes difficult when those sounds are absent from their first language. Cued Articulation can make lips, tongue position and breath visible. For example, the /th/ cue shows that the tongue sits between the teeth, but teachers should accept accurate regional and bilingual variation rather than treating one accent as the only correct model (Adger et al., 2007).

The system also helps EAL learners distinguish between similar sounds that may be interchangeable in their native language. Spanish speakers, for example, often conflate /b/ and /v/ sounds. The distinct hand cues for these phonemes provide a visual anchor that helps learners recognise and produce the difference.

EAL teachers can use the cues as shared language for talking about sounds. A learner who is not ready to explain a pronunciation pattern in English can still show the cue, compare it with a first-language sound, and practise the mouth movement before reading the grapheme.

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Using Cued Articulation Well

Cued Articulation can help learners see how speech sounds are made. This is useful when they need support with phoneme discrimination, pronunciation or speech sound production. Use it with accurate modelling, short practice and clear links to graphemes. It should not replace systematic synthetic phonics (Education Endowment Foundation, 2026).

School leaders should decide where the cues belong: whole-class modelling for a small number of high-value sounds, targeted intervention for learners with identified speech and language needs, or SALT-led support. Staff need the same cue set, the same articulation language and time to review whether the scaffold is helping learners decode.

The practical next step is to audit one week of phonics teaching. Identify the sounds learners mishear or misarticulate, choose the cues that address those sounds, and agree when staff will fade the cue once learners can read and spell without it.

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Frequently Asked Questions

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Free Resource Pack

Download this free SEND Support: Differentiation, Barriers & Inclusive Teaching resource pack for your classroom and staff room. Includes printable posters, desk cards, and CPD materials. Use it as a starting point for professional discussion: identify the learner's current need, record evidence from more than one lesson, and agree the next classroom adjustment with the SENCO or family.

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Limitations and Critiques

Cued Articulation has a strong clinical rationale, but its classroom evidence base is thinner than many school guides imply. Jane Passy's system came from speech and language therapy practice, not from large randomised trials of whole-class phonics. The wider reading evidence supports systematic phonics, but it does not prove that adding a hand cue for every phoneme improves reading for all learners (Ehri et al., 2001; Education Endowment Foundation, 2026).

A second concern is cognitive load. Sweller argued that working memory is limited, so extra signs, colours and mouth-placement language can help some learners while distracting others (Sweller, 1988). Kirschner, Sweller and Clark also warn that instructional supports should guide attention rather than split it (Kirschner et al., 2006). Teachers should fade cues once learners can decode without them.

There are cultural and access limits too. Standardised cues can suggest that there is only one correct pronunciation. This can marginalise regional dialects, bilingual speech patterns and community accents if teachers treat variation as error (Labov, 1972; Adger et al., 2007). Fine motor demands may also disadvantage learners with developmental coordination disorder or dyspraxia, who may need adapted or tactile cues (Blank et al., 2019).

These critiques do not make Cued Articulation weak. They make it a targeted scaffold: valuable when used for speech sound awareness, EAL pronunciation and SEND support, but strongest when paired with expert assessment, systematic phonics and careful fading.

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References

Adger et al. (2007).

Blank et al. (2019).

Casterline (1989).

Cummins (2000).

Ehri et al. (2001).

Goswami (2000).

Jantzen et al. (2005).

Kirschner et al. (2006).

Luciano (2003).

Passy (2003).

Passy (2015).

Passy (2013).

Rose (2006).

Rowley (2018).

Snowling (2000).

Sweller (1988).

Wells (2000).

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Further Reading

(2021). Teachers should consult Baker (2022) for assessment guidance.