10-Minute Speech Practice That Doesn't Require Sitting Still

Last updated 2026-07-11

What is multimodal communication and why do late talkers need it?

Multimodal communication is what it sounds like: getting a message across through more than one channel at the same time. For a late talker, that might mean pointing to a picture while approximating a word sound, or using a sign while looking at a caregiver expectantly. The mode is whatever works in that moment.

Most children without speech delays already do this on their own. A typically developing 12-month-old reaches, makes eye contact, and vocalizes all at once to ask for a toy. Late talkers often have the same communicative intent but lack the motor or language pathways to turn it into clear speech. Giving them additional modes is not a workaround. It recognizes how human communication actually works.

The American Speech-Language-Hearing Association defines augmentative and alternative communication (AAC) as "any approach that supports or replaces speech or writing for those with difficulties in the production or comprehension of spoken or written language" ^[1]. Multimodal communication is the broader umbrella that AAC sits under. Every person on earth uses multiple modes, including tone of voice, facial expression, and gesture, alongside words. Late talkers just need more deliberate support building out those channels.

Here is the thing to hold onto if you are new to this. Choosing to support your child through multiple modes is not giving up on speech. Every major professional body says the opposite.

Does using signs or AAC slow down speech development?

No. The evidence does not support that fear at all, and this is the question nearly every parent asks first.

A 2006 review published in the American Journal of Speech-Language Pathology examined studies of AAC use in children with developmental disabilities and found no evidence that AAC inhibits speech development. Several studies in the review reported increases in speech output after AAC was introduced ^[2]. A more recent 2019 systematic review in the same journal, covering 23 studies of aided AAC for children with autism spectrum disorder, found that speech production "either increased or was maintained" across participants ^[3].

The worry about sign language slowing speech is even older and has been studied just as thoroughly. Children who learn some signs early do not drop speech attempts. Most speech-language pathologists report the opposite. Signs give kids a way to feel communicatively successful, which reduces frustration and encourages more attempts at vocalization.

Nobody has perfect data on every subgroup. Children with childhood apraxia of speech, for example, have motor-planning challenges that affect both signs and speech, so the picture is more complicated there. But across the larger population of late talkers and children with autism, the research consensus is clear. Adding modes helps. Waiting for "pure speech" costs time the child's brain cannot get back.

What modes count as multimodal communication for a young child?

There is no official list, but speech-language pathologists generally group the modes into unaided and aided categories. Unaided means the child's own body carries the message. Aided means an external tool carries or supports it.

Unaided modes:

• Vocalizations and approximations (any sound attempts)
• Facial expression and eye gaze
• Natural gesture (reaching, pushing away, pointing)
• Formal signs (American Sign Language signs, or simplified key-word signs)
• Body movement and proximity

Aided modes:

• Low-tech picture boards, PECS (Picture Exchange Communication System) cards
• Choice boards and visual schedules
• Speech-generating devices (SGDs), from simple single-message buttons to full dynamic-display AAC tablets
• Mobile AAC apps on a tablet or phone
• Written words or letter boards for children who have literacy

In practice, a child usually uses several of these at once. A toddler might sign "more," press a big button that says "more," and vocalize "muh" at the same time. That's the goal. Whatever combination gets the message across most reliably right now, while speech development continues in the background.

When should parents start multimodal support for a late talker?

Earlier than most families think. The American Academy of Pediatrics recommends developmental surveillance at every well-child visit and formal screening at 18 and 24 months, with referral to early intervention if concerns arise ^[4]. Early intervention services under the Individuals with Disabilities Education Act (IDEA, Part C) are available from birth through age 2, and Part B services cover ages 3 through 21 ^[5].

For multimodal communication specifically, there is no minimum age. Signing with hearing babies has been practiced and studied for decades. Adding gestures and visual supports to a 10-month-old's environment costs nothing and carries no risk. The argument for waiting is basically "maybe they'll catch up on their own," and for some children that happens. But a child who has not caught up by 24 months has lost 24 months of communicative experience that a multimodal approach could have provided.

If your child is already past 24 months without words, or with very few words, multimodal strategies belong in the picture today, alongside a referral to a speech-language pathologist for evaluation. You do not need a diagnosis to start signing, using picture boards, or adding a simple AAC button. You need a diagnosis to access funding for devices and school-based services. The strategies themselves are open to any parent right now.

See our guide to early intervention for a clear walkthrough of how to request services in your state.

How does multimodal communication help children with autism specifically?

Autistic children face communication challenges that fit multimodal approaches well. Some are nonspeaking or minimally speaking. Others have speech but struggle with pragmatic language, the social back-and-forth that makes conversation work. Still others use speech in scripted or echolalic ways that carry real meaning but are not always recognized as communication by the adults around them.

For nonspeaking and minimally speaking autistic children, full-featured AAC is now considered best practice, not a last resort. The 2019 systematic review cited above found that aided AAC intervention increased functional communication in 21 of 23 studies reviewed ^[3]. That is a strong signal.

For children who use echolalia, understanding that echolalia is often meaningful, purposeful communication is itself a multimodal reframe. The child is communicating. The adult needs to meet them there. Our piece on echolalia goes deeper on what those repeated phrases often mean.

Multimodal approaches also fit autism because many autistic children have relative strengths in visual processing. A picture board or AAC device that a child can see and touch often connects faster than a purely spoken instruction. This is not universal. Autistic children are a varied group. But it is common enough that visual-plus-spoken input is a reasonable default when you are not sure what will land.

For a broader look at evidence-based approaches, see autism spectrum speech therapy.

What does the research say about multimodal input from caregivers?

The communication goes both ways. When parents and caregivers use multiple modes at the same time, such as speaking a word while showing a picture and making a gesture, children with language delays pick up vocabulary faster than they do from speech alone.

Research on caregiver gesture and vocabulary growth in late talkers, published in the Journal of Speech, Language, and Hearing Research, found that joint attention and gesture use by caregivers predicted vocabulary growth in late-talking toddlers over a 12-month period ^[6]. Caregivers who combined gesture with speech, pointing to objects while naming them, saw better outcomes than those who relied on words alone.

This matters because what you do at home every day moves the needle. You do not need expensive equipment to start. You need the habit of pairing your words with something the child can see or touch. Point to the cup when you say "cup." Hold it up at eye level. Sign "drink" while you say the word. Do it consistently, in short bursts, during natural routines.

Speech-language pathologists call this "aided language stimulation" when it involves an AAC system. The caregiver models on the device as well as speaking, so the child sees the AAC used for real communication rather than as a drill. Research supports this across multiple disability groups and age ranges ^[7].

ASHA has published parent-friendly guidance on how to model AAC at home. It is worth reading even if your child does not yet have a device, because the underlying habit of pairing words with visual input applies to everyone.

What is core vocabulary and why does it matter for multimodal systems?

Core vocabulary is the small set of words that accounts for most of what people say across all contexts. Researchers Beukelman and Mirenda have documented that roughly 200 words make up around 80 percent of what adults say in daily conversation, and a similar pattern holds for children ^[8]. Words like "more," "go," "stop," "want," "help," "no," "yes," "I," "you," and "that" show up everywhere, in every situation.

Core vocabulary is the foundation of any well-designed multimodal system because it gives a child power no matter what they're doing. A child who can express "more," "stop," "help," and "no" can get through a feeding session, a bath, a therapy exercise, and a playground interaction with the same basic tools. Fringe vocabulary, the activity-specific words like "swing" or "banana," matters too, but it is not where you start.

For low-tech setups, a core word board (sometimes called a "core board") is a simple grid of 12 to 36 high-frequency words with pictures and text, laminated and available in every room. On AAC apps and devices, core vocabulary usually lives on the home page so it is always one tap away.

If you are building a picture board at home and are not sure which words to include, start with: more, stop, help, want, no, yes, go, all done, eat, drink, play, and the child's name. Those 12 words will serve them in almost every interaction they have today.

How do you actually introduce multimodal communication at home without a therapist in the room?

You start smaller than you think you need to, and you do it during routines that already happen every day rather than creating special sessions.

Pick one routine. Mealtime is often easiest because it is predictable, emotionally loaded (kids care about food), and happens several times a day. Choose two or three core words: "more," "all done," and "want" are a good starting trio. Then pair them every time. Say "more?" while signing "more" and pointing to the food. If you have a picture card for "more," hold it up. Do not wait for the child to initiate. Model first, then pause and give them space to respond in any mode they can.

Five things that tend to trip parents up:

1. Modeling too many words at once. Focus on two or three until they are reliable, then add more. 2. Expecting an exact imitation. Accept any approximation: a partial sign, a reach toward the picture card, a vocalization. Shape from there. 3. Stopping after a few days because "it's not working." Meaningful change in a late talker's communication usually takes weeks to months of consistent input, not days. 4. Using the mode only during therapy-style practice and never during real life. Generalization happens when the child sees the same system used in many contexts by many people. 5. Forgetting to give the child a reason to communicate. If you hand them the snack before they can ask, you removed the opportunity. Build gentle waiting moments where communication is the only path to what they want.

A speech therapy speech therapist can do a home visit or telehealth session specifically to coach you on these moments. That is often a better use of therapy time than 1:1 drill with the child, especially for children under three.

What is the difference between AAC and multimodal communication?

AAC (augmentative and alternative communication) is a specific category of tools and strategies used when speech alone is not enough. Multimodal communication is the broader idea that every communicator uses multiple channels, and that deliberately supporting multiple channels leads to better outcomes.

You can practice multimodal communication without any formal AAC system. Using gesture plus speech plus pointing is multimodal. AAC becomes relevant when a child needs a more structured supported system, such as a picture board, a speech-generating device, or an app, to fill a gap that speech cannot fill reliably.

For families just starting out, the distinction matters less than understanding that a speech-generating device is not the only option, and that low-tech and no-tech approaches are legitimate first steps. Many children who eventually use full-featured AAC devices started with signs and picture cards, which built their understanding that symbols represent messages. That concept transfers directly to using a device.

For a closer look at what AAC devices look like, how they work, and what insurance typically covers, see our full guide to aac devices.

If your child has been evaluated and childhood apraxia of speech is part of the picture, multimodal support looks somewhat different, because the motor-planning component needs to be addressed directly. Our piece on childhood apraxia of speech covers what that distinction means in practice.

How does multimodal communication interact with early intervention services?

Early intervention (EI) under IDEA Part C is the federally mandated service system for children from birth through age 2 who have developmental delays or conditions likely to result in delays ^[5]. Services are delivered in the child's natural environment, usually the home, and they use a family-coaching model. The therapist teaches the caregiver, who then carries the strategies through the week.

Multimodal strategies fit EI naturally. A speech-language pathologist in an EI program will often introduce signs, core word boards, or simple AAC systems as part of a communication plan. Under IDEA, the Individualized Family Service Plan (IFSP) must include outcomes tied to the child's functional needs in natural routines. That is a direct hook for multimodal goals: "Child will use a consistent signal (sign, gesture, or picture) to request preferred items in at least two daily routines."

The law also specifies that assistive technology, which includes AAC devices, must be considered for every child with an IFSP or IEP ^[5]. "Considered" does not guarantee provision, but it means you can ask specifically during your planning meeting and the team must address it in writing.

Once a child turns three, services shift to Part B of IDEA, run by the school district. Communication goals and AAC supports can continue through an Individualized Education Program (IEP). Start the conversation about multimodal supports early enough that the system is in place before transitions happen, because transitions are exactly when communication supports tend to get dropped.

See our overview of early intervention for step-by-step guidance on requesting an evaluation.

Does multimodal communication look different for a child with apraxia of speech?

Yes, somewhat. Childhood apraxia of speech (CAS) is a motor speech disorder where the brain has difficulty planning and programming the movements needed for speech. A child with CAS may have strong language comprehension and clear communicative intent but be unable to produce consistent, intelligible speech ^[9].

For children with CAS, multimodal communication matters a lot because their speech motor system is specifically and persistently unreliable. Signs can be a temporary bridge, but signs also require motor planning, so some children with severe CAS have trouble producing accurate signs too. Picture-based and device-based AAC are often more reliable for this group because they put the message outside the child's body and do not demand precise motor output.

AAC use in CAS is not a permanent replacement for speech therapy. Intensive, speech-specific motor practice (approaches like DTTC or Nuffield) stays essential. But communication should not stop while speech catches up. The child still needs to express needs, ideas, and feelings right now, and multimodal supports provide that.

For more on what this looks like in practice, see apraxia of speech and childhood apraxia of speech.

How can an app or digital tool support multimodal communication at home?

App-based and AI-assisted tools have become genuinely useful in the past few years, though quality varies a lot and no app replaces evaluation and therapy by a licensed speech-language pathologist. The useful digital tools for multimodal communication at home fall into a few groups.

AAC apps like Proloquo2Go, TouchChat, and Snap Core First are full symbol-based communication systems that run on iPads and Android tablets. These are legitimate AAC tools with deep research support, not toy-level apps. They cost between $250 and $300 typically, though insurance and Medicaid can sometimes cover the device and app ^[10].

Activity-based practice apps give families structured, playful ways to model core vocabulary and practice turn-taking in a low-pressure setting. Little Words, for example, is an AI speech companion built for neurodivergent kids that provides personalized practice and models multimodal input for parents to mirror during daily routines. Tools like this work best as supplements to a broader plan, not as the whole plan.

Parent-coaching platforms and telehealth sessions, which you can find through online speech therapy providers, let families get real-time feedback on how they are using multimodal strategies at home. Video coaching, where a therapist watches a short clip of a mealtime and gives specific feedback, has decent research support for generalization.

The honest summary: technology is useful scaffolding. The most powerful multimodal input your child gets is still you, consistently, across every routine, every day.

What should parents realistically expect from multimodal communication support?

Progress is real but not linear. Some children add their first reliable sign within days of consistent modeling. Others take months. Some use a picture board for a year and then seemingly overnight begin combining spoken words. Others will use a device as their primary communication system long-term, and that is a completely legitimate outcome.

The benchmark that matters most in the short term is not "is my child speaking more." It is "is my child communicating more." Total communication, the sum of all intentional messages a child successfully sends across all modes, is the real goal. When that number goes up, language development follows.

Research on late talkers broadly (children with fewer than 50 words by 24 months or no word combinations by 30 months) shows that roughly 70 to 80 percent catch up to peers by school age, though there is wide variation in which children catch up and how ^[11]. Multimodal support does not guarantee a child will become a verbal speaker. It guarantees they have a way to communicate while that question is still open.

If you feel pressure to choose between "real speech" and "alternative" supports, drop the frame. There is no competition. A child who is communicating clearly through any mode is a child whose brain is building the language architecture that speech can eventually connect to. You are not trading one for the other. You are building the whole system at once.

Frequently asked questions

Will teaching my child signs make them less motivated to talk?

No. Multiple systematic reviews, including a 2006 review in the American Journal of Speech-Language Pathology, found that AAC and signing do not reduce speech attempts and often increase them. The theory that signs replace speech motivation has not been supported by controlled research. Most clinicians see the opposite: when a child can communicate successfully through any mode, their interest in communication overall grows, and speech attempts tend to follow.

At what age should I start multimodal communication with a late talker?

There is no minimum age. Signing with infants is common and well-researched. If your child is showing a speech delay at any age, adding visual supports, gestures, and signs is appropriate immediately. The American Academy of Pediatrics recommends formal screening at 18 and 24 months, but you do not need to wait for a screen or referral to begin using multimodal strategies at home. Earlier is better.

Does my child need a diagnosis to get AAC or multimodal support?

Not to start using strategies at home. Signs, picture boards, and core word boards require no diagnosis and no funding. A diagnosis does matter for accessing insurance-funded AAC devices, school-based services under IDEA, and formal speech-language pathology services covered by Medicaid or private insurance. But the strategies themselves are available to any family right now, with or without paperwork.

How is multimodal communication different from PECS?

PECS (Picture Exchange Communication System) is one specific protocol within the broader multimodal approach. PECS uses a structured, phase-based method where a child physically hands a picture to a communication partner to make a request. Multimodal communication is the wider concept that includes PECS but also signs, gestures, speech, devices, visual schedules, and any other mode. PECS is a tool. Multimodal communication is the philosophy that says use all the tools that work.

What are core words and which ones should I start with?

Core words are high-frequency words that work across many situations. Research by Beukelman and Mirenda found that roughly 200 words account for about 80 percent of daily conversation. Good starter core words for a late talker include: more, stop, help, want, no, yes, go, all done, eat, drink, play. These 10 to 12 words give a child communicative power in nearly every daily routine before you add any activity-specific vocabulary.

My child already has some speech. Do they still need multimodal supports?

Often, yes. A child with some speech still benefits from multiple modes if their speech is inconsistent, hard to understand, or unavailable under stress. Many children with late language can say words in calm one-on-one settings but lose access to speech when upset, sick, or in a noisy environment. Having a backup mode, such as a sign or a picture card, means communication does not completely break down in those moments.

How do I get an AAC device funded through insurance or Medicaid?

You typically need a speech-language pathologist to conduct a formal AAC evaluation and write a letter of medical necessity. Medicaid is required to cover AAC devices as durable medical equipment when they are medically necessary, under the early and periodic screening, diagnostic, and treatment provisions. Private insurance coverage varies by plan and state. The AAC evaluation report is the key document. Ask your SLP specifically about funding pathways when you schedule the evaluation.

Is multimodal communication used in school IEPs?

Yes. Under IDEA, every IEP team must consider assistive technology, including AAC devices and supports, for students who need them. Communication goals in an IEP can and should reflect all modes the child uses, more than speech. If your child's IEP focuses only on verbal speech production and ignores other modes, you can request that the team reconsider and document its reasoning in writing. You have that right as a parent under IDEA.

What does research say about multimodal communication outcomes for nonspeaking autistic children?

A 2019 systematic review in the American Journal of Speech-Language Pathology, covering 23 studies of aided AAC for autistic children, found that functional communication increased in 21 of 23 studies and that speech production either increased or was maintained across participants. No study in the review found that AAC reduced speech. The evidence for AAC in nonspeaking autism is now strong enough that withholding it is considered contrary to best practice.

Can echolalia be part of a multimodal communication approach?

Yes, and this reframe matters. Echolalia, repeating heard phrases or sentences, is often a functional communication attempt rather than noise. When caregivers learn to recognize the communicative intent in echolalic phrases and respond to that intent, they are doing multimodal communication in reverse: meeting the child in the mode the child is using. Building on echolalia rather than suppressing it lines up with current evidence-based practice in autism communication support.

How long does it take to see results from multimodal communication strategies?

There is no single answer, and anyone who gives you a specific timeline without knowing your child is guessing. Some children show more communicative attempts within a few weeks of consistent modeling. Meaningful language gains are usually measured over months, not days. The first sign to watch for is not speech but engagement: is the child paying more attention to you, reaching for the picture cards, or making more eye contact during communication attempts? That shift usually comes before new words.

Do speech-language pathologists recommend multimodal approaches or do they prefer to focus on speech alone?

ASHA's official position is that AAC and multimodal supports are not alternatives to speech therapy; they work alongside it. Most practicing SLPs who specialize in early language delays and autism now use multimodal approaches routinely. If an SLP tells you to avoid signs or devices because they will "confuse" your child or slow speech, that advice is not consistent with current evidence. It is reasonable to ask for the research behind any recommendation you receive.

What is aided language stimulation and should I be doing it at home?

Aided language stimulation (also called aided input or modeling) is when a caregiver or therapist uses an AAC system themselves while speaking, pointing to symbols as they say the matching words. The child sees the system used for real communication rather than just being prompted to use it. Research supports this approach for building AAC use in children with developmental disabilities. You can do a version of it at home with any picture board by pointing to symbols as you naturally talk during daily activities.

Sources

1. ASHA, Augmentative and Alternative Communication (AAC) overview: ASHA defines AAC as any approach that supports or replaces speech or writing for those with difficulties in the production or comprehension of spoken or written language
2. Millar, Light, & Schlosser (2006), American Journal of Speech-Language Pathology, 'The impact of augmentative and alternative communication intervention on the speech production of individuals with developmental disabilities': Systematic review found no evidence that AAC inhibits speech development; several studies reported increases in speech output after AAC was introduced
3. Alzrayer, Banda & Koul (2019), American Journal of Speech-Language Pathology, systematic review of aided AAC for children with ASD: Functional communication increased in 21 of 23 studies; speech production either increased or was maintained across participants
4. American Academy of Pediatrics, Developmental Surveillance and Screening Policy: AAP recommends formal developmental screening at 18 and 24 months and referral to early intervention if concerns arise
5. U.S. Department of Education, IDEA Individuals with Disabilities Education Act overview: IDEA Part C covers early intervention services from birth through age 2; Part B covers ages 3 through 21; assistive technology must be considered for every child with an IFSP or IEP
6. Colgan et al. (2017) and related work in the Journal of Speech, Language, and Hearing Research on caregiver gesture and vocabulary growth in late talkers: Joint attention and gesture use by caregivers predicted vocabulary growth in late-talking toddlers over a 12-month period; caregivers who combined gesture with speech saw better outcomes
7. Binger & Light (2007), Journal of Speech, Language, and Hearing Research, 'The effect of aided AAC modeling on the expression of multi-symbol messages by preschoolers who use AAC': Aided language stimulation (modeling on the AAC device while speaking) supports increased AAC use across multiple disability groups and age ranges
8. Beukelman & Mirenda, Augmentative and Alternative Communication (4th ed.), Paul H. Brookes Publishing: Roughly 200 words make up approximately 80 percent of what adults say in daily conversation; a similar core vocabulary pattern holds for children
9. ASHA, Childhood Apraxia of Speech practice portal: Childhood apraxia of speech is a motor speech disorder where the brain has difficulty planning and programming the movements needed for speech
10. ASHA, AAC Funding resources page: Full-featured AAC apps such as Proloquo2Go and TouchChat typically cost $250 to $300; insurance and Medicaid can sometimes cover the device and app with a letter of medical necessity
11. Rescorla (2011), Journal of Speech, Language, and Hearing Research, 'Late talkers: Do good predictors of outcome exist?': Roughly 70 to 80 percent of children identified as late talkers catch up to peers by school age, with wide variation in which children catch up
12. Medicaid.gov, Early and Periodic Screening, Diagnostic, and Treatment (EPSDT) overview: Medicaid is required to cover AAC devices as durable medical equipment when medically necessary under EPSDT provisions for children