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

Last updated 2026-07-11

Why does mounting matter so much for AAC access?

A device sitting on a shelf is not AAC. This sounds obvious, but it's the single most common barrier speech-language pathologists report when a child's symbol use stalls: the device simply isn't there when the child wants to say something. ASHA's evidence maps on AAC keep pointing at the same thing. Physical access and device positioning are foundational to whether the whole system works ^[1].

Positioning changes two things at once. It decides whether the child can activate the device without awkward reaching or head turning. And it tells everyone in the room that this is the child's voice, not a toy or a therapy prop. A well-mounted device sends a social message that a device buried in a diaper bag never will.

Young children are still building motor control. A device that wobbles, tips, or slides out of reach mid-activity is genuinely harder to use than one that stays put. Occupational therapists who specialize in seating and positioning often co-treat with SLPs on mounting decisions, because the physical setup and the communication outcome can't really be separated ^[2].

Nobody has clean population-level data on how often bad mounting causes abandonment. The closest signal: a 2019 survey of AAC users and families in the journal Augmentative and Alternative Communication found device access barriers, positioning included, were among the top five reasons families reported using the device less ^[3]. That's the honest state of the evidence. Not a controlled trial, but a consistent pattern across studies.

What types of AAC mounts are available for young children?

There are five broad categories, and most families end up using at least two.

Wheelchair and adaptive seating mounts attach to the frame of a manual or power wheelchair or a specialized seating system. These are the most engineered option. They use articulating arms (most commonly from Daessy or Rehadapt) that swing the device in and out of position and lock at a precise angle. They're also the priciest, often $300 to $800 for the hardware alone, separate from the device ^[4]. If your child uses a wheelchair, this category is usually non-negotiable, because tabletop solutions don't travel with the child.

Stroller and travel system mounts clamp onto standard stroller frames or special needs strollers. RAM Mounts and similar brands make universal clamp systems starting around $40 to $80. They work reasonably well for smaller devices and iPads but can struggle with heavier dedicated AAC hardware over about 2 lbs.

Tabletop and floor stands are the workhorse for home and school. A basic adjustable tablet stand costs $15 to $40 and covers meals and sitting activities. More specialized options like the Ablenet Comfort Arm or the Polar Care stand run $80 to $200 and hold up better during active floor play. Many school teams start here because it needs no prescription and ships straight to the classroom.

Carrier and body-worn systems strap the device to the child's torso or chest. For toddlers and preschoolers who crawl and run, this can be the only setup that keeps the device genuinely available. Options include custom AAC vests, messenger-style bags built for specific devices, and universal pouches. Cost runs $25 to $120. The downside: body heat and constant movement can leave smaller children sweaty and uncomfortable, and the motor planning it takes to retrieve and replace a device mid-play is a real hurdle.

Bed and floor positioning supports get less attention but matter for kids who do a lot of floor time or prone play. Wedge mounts and floor-level stands hold the device at a usable angle during tummy time or side-lying play. These are usually occupational therapy territory.

How do I know which mount my child actually needs?

Start with a positioning assessment. You don't have to guess at this alone. An occupational therapist or physical therapist with seating experience, ideally working alongside your SLP, can watch your child in their real environments and match mounting approaches to their motor profile, seating equipment, and daily routine ^[2].

The questions that drive the decision are practical. Where does your child spend most of the day (floor, wheelchair, high chair, stander)? How much independent arm and hand movement do they have? Do they knock things over or pull at straps? Is the device a heavy dedicated AAC system or a consumer tablet in a case?

For children who use AAC devices across multiple environments, one mount is almost never enough. AAC specialists usually recommend planning for at least three access contexts: seated at a table, in a mobility device or stroller, and on the move. Each context can call for a different solution.

If your child is in early intervention (services for children under 3), the team is required under IDEA Part C to consider assistive technology as part of the individualized family service plan ^[5]. That includes mounting. Ask it straight out: "What's the plan for keeping the device in reach during home routines?" If nobody brings it up, you bring it up.

For school-age children, the IEP team carries the same obligation under IDEA Part B ^[5]. Mounting hardware for a school-issued device belongs in the IEP's assistive technology section, not tacked on later.

What mounting options work for iPads used as AAC devices?

iPads are the most common AAC platform for young children. Apps like Proloquo2Go and TouchChat cost far less than dedicated hardware, and plenty of school districts and families already own the tablet. The good news: the mounting ecosystem for iPads is enormous. The catch: most of it is built for adults or general consumer use, not for children with significant motor challenges.

For wheelchair use, Daessy and Rehadapt both make iPad-specific mounting plates that work with their standard arm systems. RAM Mounts makes a B-size ball mount with an iPad cradle for around $50 to $70 that fits many stroller and table clamp bases. These are legitimate options AAC specialists reach for.

For tabletop use, almost any adjustable tablet stand works if your child has decent reach and won't knock it over every few minutes. For a child who swipes hard or pushes the screen, get a stand with a locking or weighted base. Locking clamp stands like the iKlip hold up better than friction-only stands for active kids.

For body-worn use, cases like the Beastie Mount (which many AAC families online swear by, though I can't point you to peer-reviewed data on it) and custom AAC vests let you carry the iPad on the child's chest or back. The engineering headache is weight: a standard iPad in a protective case easily hits 1.5 to 2 lbs, which is a lot for a 3-year-old to wear all day.

One honest caution. A consumer iPad case with a kickstand is not a mounting solution for a child who needs steady device access. It falls, it folds flat, it slides. Spend the extra $20 to $40 on a purpose-made mount. The device itself probably ran $400 to $800; the mount protects that money and, more to the point, protects your child's ability to communicate.

Can insurance or Medicaid cover AAC mounting hardware?

Yes, sometimes, but the paperwork is real and the process is slow. Medicaid, under the assistive technology provisions most states carry, can cover mounting hardware when it's medically necessary and documented as part of an AAC system ^[6]. The phrase that matters is "medically necessary." You need an SLP evaluation spelling out why the child cannot functionally use the AAC device without the specific mount, and often a physician signature.

Private insurance coverage swings wildly by plan and state. Some plans treat AAC hardware including mounts as durable medical equipment (DME). Others exclude it flat out. The funding landscape is a mess, and even experienced AAC teams sometimes burn months on appeals.

For wheelchair mounts specifically, if the wheelchair is being funded through Medicaid or insurance, there's a reasonable case that the AAC mount belongs to the seating and mobility system. Some families get further bundling the mount into the wheelchair funding request rather than chasing it separately.

The Assistive Technology Act of 1998, reauthorized most recently in 2004, set up state AT programs in all 50 states. They offer device lending libraries, demonstrations, and sometimes low-interest loans for AT purchases including mounts ^[7]. Your state's AT program is a real resource, and contacting it costs nothing. Find yours through the AT3 Center at at3center.net.

Fair warning: even with solid documentation, some families pay out of pocket for mounting hardware and seek reimbursement afterward. Keep every receipt and every email.

How should the device be positioned for a young child's body?

The general principle from OT and AAC literature: the device sits in the child's midline, tilted slightly toward them, at a height where they can see the full screen without dropping their head and reach any symbol without fully extending their arm ^[2]. For most seated young children, that lands somewhere between hip height and mid-chest.

Simple in theory. In practice it shifts with the activity. A child on the floor during play needs the device lower and angled differently than the same child in a high chair. That's exactly why positioning assessments look at more than one context.

For children with motor challenges including childhood apraxia of speech or other conditions affecting motor control, the exact tilt and height can change accuracy in a real way. Too far away, and effort and errors climb. Too close, and the child can't see the full vocabulary layout. There's no universal formula. It's a fitting process, not a measurement.

One thing SLPs and OTs flag over and over: mounting should not pin the child in place. A rigid mount that stops the child from leaning forward, turning their head, or shifting weight can interfere with normal movement and, in children with seating needs, create pressure problems. The arm should swing away easily when the child needs to transfer or move.

For prone (tummy-down) positioning, the device needs to sit in front of and below the child's face. Floor stands with an adjustable neck, or even a foam wedge with a tablet pocket, work here. Prone time matters developmentally for young children. It shouldn't automatically become AAC-free time.

What if my child keeps knocking the device off its mount?

This is one of the most common complaints families raise, and it's usually a positioning problem, not a behavior problem. If the device is in reach for communication, it's also in reach to grab, swipe, or push. The fix is almost always engineering, not redirection.

First, check whether the mount itself is stable enough. Plenty of tabletop stands rated for tablets wobble on uneven surfaces or carpet. A weighted base or a clamp that grips the table edge beats a freestanding stand.

Second, check the angle. A device mounted too vertically tips easier than one angled toward the child at 45 to 60 degrees. Most arm mounts let you adjust this. Most cheap kickstand cases don't.

Third, ask whether the mount fits the context at all. A tabletop stand during circle time on the floor is going to get knocked over. A body-worn system or a floor stand made for carpet would fit better there.

For children who grab the device and carry it away (and many toddlers absolutely do), ask whether that's even a problem. If the child is picking up the device to bring it to a communication partner, that's adaptive and worth encouraging. If they're dropping it or mouthing it, that's a different issue, and a secure mount or a rugged case matters more than mount engineering alone.

AAC cases like the ones from Otterbox (for iPads and consumer tablets) or device-specific cases from manufacturers earn their cost. A cracked screen or broken device ends communication access the moment it happens.

Are there DIY or low-cost mounting solutions that actually work?

Yes, with caveats. The DIY AAC mount community is real and creative, especially among iPad families. Things families and therapists report using: pipe clamp systems from the hardware store fitted with RAM mount ball bases, bungee cord loops on stroller frames, and 3D-printed mounts. For a light consumer tablet, some of these work genuinely well.

The honest caveat is safety. A DIY mount that fails and drops a device onto a young child, or pinches fingers, or routes cord in a way that becomes a strangulation hazard, is a real risk. Have someone with OT or AT experience check any DIY solution before regular use.

For families who truly can't spend on commercial mounts right now, the state AT lending libraries mentioned above often loan mounting hardware. You can try different systems before buying. The ASHA directory and the United Cerebral Palsy Association also keep resources for low-cost AT ^[1][8].

Tabletop setup on a tight budget: the $15 to $25 adjustable tablet stands sold in most electronics stores work fine for children who sit at a table and don't push hard on the screen. Slide non-slip mat material under the base and it gets steadier. That's a $20 setup that can carry you while you wait for insurance funding or a formal assessment.

If your child is in speech therapy, ask their SLP to demonstrate mounting options at the clinic and photograph or video the setup. Then replicate it at home. Many SLPs can loan or recommend specific products based on what they've watched work.

How does mounting change as children grow?

It changes constantly, and that surprises a lot of families. A mount that fits a 2-year-old in an infant stroller won't work for the same child at 4 in a preschool chair. Plan to reassess positioning at least once a year, or whenever the child's seating changes, whenever they gain or lose significant motor function, or when the device gets upgraded to a bigger model.

For children who use power wheelchairs, mounting reassessment is usually built into the annual seating clinic. For children without specialized seating, it's easy to forget. Put it on the agenda at every IEP or IFSP meeting.

Device size grows with vocabulary too. Many families start with a small tablet and move to a larger dedicated device as vocabulary expands. A mount built for a 9.7-inch iPad may not hold a 12-inch device without a new cradle or plate.

Communication needs shift as well. A toddler using a 12-symbol page needs the device at roughly the same angle as a 5-year-old on a full vocabulary layout, but the 5-year-old is probably doing more table-based school work and less floor play, which changes the balance between mounting types.

For children working with autism spectrum speech therapy approaches, communication modalities may move around over time, and mounting should flex with those changes instead of locking a child into one system.

What should I ask the AAC team before buying a mount?

A handful of questions worth asking out loud before you spend money:

"What are the two or three environments where my child most needs device access?" This scopes the problem. You may not need five mounts. You may need two well-chosen ones.

"What's the weight of the device plus case?" This matters enormously for stroller and body-worn mounts. Get the exact number.

"Does the school or district own any mounting hardware we can borrow or trial?" Many districts keep AT closets with equipment available for student trial.

"If insurance denies the mount, what's the appeal pathway?" Ask this upfront, not after the denial lands.

"Can we trial this mount at the clinic before I order it online?" A good AAC team says yes, or at least points you to a vendor that takes returns.

"Is there a simpler solution I'm missing?" Sometimes a $20 non-slip mat and an $8 bookstand is genuinely enough for a child's current needs. Good clinicians say that out loud. Be wary of anyone who jumps straight to the $600 solution without ruling out the simple options first.

If you're exploring apps as part of your child's communication system, the Little Words quiz can help you figure out where your child is in their communication journey before the AAC evaluation, which makes that first appointment more productive.

For families in early intervention services, mounting decisions are part of the IFSP process and the team is supposed to address them. Push for it in writing.

What does the research say about device access and communication outcomes?

The research on AAC outcomes is growing but still full of gaps. Most studies are small, and very few isolate mounting as a variable separate from everything else in implementation. What the literature does show consistently: aided language input and device availability throughout the day, more than during therapy, track with better symbol use and vocabulary growth ^[9][10].

ASHA's Practice Portal on AAC states that "individuals who use AAC should have access to their systems at all times" ^[1]. That's a consensus position, not a finding from a single randomized trial, but it reflects the accumulated clinical reasoning of the field.

A 2014 study in the American Journal of Speech-Language Pathology found that more device access time at home was associated with faster vocabulary acquisition in young AAC users, though the sample was small (n=22) and the study didn't control for every confound ^[10]. Nobody has run the definitive trial. Here's the honest read: the mechanism is obvious enough (you can't use a device you can't reach) that holding out for a controlled trial before investing in mounting sets the bar in the wrong place.

For children with apraxia of speech, where motor planning for speech is specifically affected, all-day AAC access may matter even more, because the child has fewer other channels for spontaneous communication. The research base here is thin, but the clinical reasoning holds.

The takeaway from the literature: make the device available. Mounting is how you do that. The money is well spent.

Frequently asked questions

At what age should we start thinking about AAC mounting for a young child?

As soon as a child starts using an AAC device, mounting matters. There's no minimum age. Children as young as 12 to 18 months can use AAC, and from that point on, keeping the device in reach during daily routines is part of using the system. Positioning needs are simpler for very young children, but the principle holds: the device needs to be available, not stored away.

Can I use a regular tablet stand from Amazon for my child's AAC device?

For a child who sits at a table without significant motor challenges, yes, a basic tablet stand from a general retailer often works fine. Spend at least $20 to $25 for a stand with a sturdy base, and add a non-slip mat underneath. For children who push hard on the screen, use a wheelchair, or need the device in several positions, purpose-made AAC mounts earn the extra cost and the fitting process.

Does Medicaid cover AAC mounting hardware?

It can. Most state Medicaid programs cover AAC mounting hardware as durable medical equipment when it's documented as medically necessary and part of an evaluated AAC system. You'll need an SLP evaluation and often a physician order. Coverage decisions vary by state. Contact your state's AT program (find it via at3center.net) and your Medicaid AAC coordinator for the specific documentation requirements where you live.

What's the difference between a Daessy mount and a RAM mount for AAC?

Daessy is a specialized AAC and seating mount system built for wheelchair integration, with articulating arms made for heavy dedicated devices and precise angular adjustment. RAM Mounts are a general-purpose industrial mount system used across many industries that AAC families and clinicians adapt for strollers, tables, and lighter setups. Daessy suits full-time wheelchair users; RAM is more flexible and cheaper for other contexts.

How do I mount an AAC device on a special needs stroller?

Most special needs strollers (Convaid, Kimba, and similar) have tubular frames that accept RAM Mounts or similar ball-clamp systems. You need a clamp that fits your stroller's tube diameter (measure first), a connecting arm of the right length, and a cradle or plate for your device. Many AAC vendors sell stroller-specific kits. For dedicated devices over 2 lbs, confirm the clamp's weight rating before buying.

What's the safest way to use a body-worn AAC mount for a toddler?

Look for vests or carriers made specifically for AAC that spread weight across the torso rather than hanging from one shoulder. Check that no straps or cords can wrap around the child's neck. The device pocket should keep the screen facing out and angled slightly upward. Limit continuous wear time for very young children and remove the vest during sleep, car travel, and water play. An OT can advise on fit for your specific child.

Can the school be required to provide mounting hardware for an AAC device?

Yes. Under IDEA, if a child's IEP team decides an AAC device is required for the child to access their education, the school must provide the device and the supports needed to use it, mounting included. This gets documented in the IEP's assistive technology section. If the school provides the AAC device but not a workable mount, that's a gap you can raise formally at the IEP meeting and request be added.

How often should AAC mounting be reassessed?

At minimum once a year, and also whenever the child's seating equipment changes, when the child moves between developmental stages (crawling to walking, infant seat to preschool chair), or when the AAC device is replaced with a different size or weight. For children with progressive conditions or fast-developing motor skills, every six months may fit better. Build mounting review into every IEP or IFSP meeting as a standing item.

What mounting options exist for AAC during mealtimes in a high chair?

A clamp-style mount that attaches to the high chair tray or frame is the cleanest option for mealtimes. RAM Mounts makes C-clamp bases that fit most high chair tray edges. A weighted tabletop stand on the tray also works if the tray is wide enough and the child doesn't knock it. During meals, positioning the device slightly to one side of the tray (rather than blocking the food area) cuts spill risk and keeps the child's hands freer.

Is there a way to try different AAC mounts before buying?

Yes. State Assistive Technology programs run device and equipment lending libraries for exactly this; you can borrow mounting hardware for weeks and trial it before purchasing. Find your state's AT program at at3center.net. Some AAC vendors and SLP practices also keep demonstration equipment. Your school district's AT specialist may have a loan closet. Trialing before buying matters most for wheelchair mounts, which are expensive and need precise fitting.

Does the angle of the AAC device really affect how well my child can use it?

Yes, meaningfully. Research on tablet use in children with motor impairments consistently shows screen angle affects both accuracy (hitting the intended symbol) and fatigue. A device angled at 45 to 60 degrees toward the user is generally easier to use than one lying flat or mounted vertically. The right angle also depends on the child's seating posture and arm position, which is why an OT or positioning specialist should be in the decision rather than guessing from online guides.

What do I do if my child's AAC device falls off its mount frequently?

First check whether the mount is rated for your device's weight and properly tightened. Then look at the surface: tabletop stands on carpet or uneven surfaces tip easily. A clamp-to-table-edge design is more stable than a freestanding base for active children. For children in wheelchairs, make sure the mounting arm is locked, more than friction-held. If falls continue after these checks, the mount type is probably wrong for the context and a different solution is worth trialing.

Are there grants to help pay for AAC mounting hardware?

Several organizations offer grants or equipment loans for AAC equipment including mounts. United Cerebral Palsy affiliates, Easter Seals, and some state Medicaid waiver programs run AT funding pools. The Assistive Technology Act state programs can also help with financing or loans. Device manufacturer foundations (such as the Tobii Dynavox Foundation) sometimes cover accessories. A social worker or AT specialist can help identify which programs your child may qualify for based on diagnosis and income.

Sources

1. ASHA, Practice Portal: Augmentative and Alternative Communication: ASHA states individuals who use AAC should have access to their systems at all times; physical access and device positioning are foundational to AAC implementation
2. ASHA, Practice Portal: Seating and Positioning for AAC: Occupational therapists and physical therapists with seating expertise co-treat with SLPs on AAC mounting and positioning decisions
3. Augmentative and Alternative Communication journal, Taylor & Francis: A 2019 survey found device access barriers including positioning were among the top five reasons families reported reduced AAC device use
4. U.S. Department of Education, IDEA Part C and Part B assistive technology requirements: Under IDEA Part C, early intervention teams are required to consider assistive technology in the IFSP; under IDEA Part B, IEP teams have the same obligation for school-age children
5. CMS, Medicaid and Assistive Technology / Durable Medical Equipment coverage: Medicaid can cover AAC mounting hardware as durable medical equipment when documented as medically necessary as part of an AAC system
6. AT3 Center, Assistive Technology Act Programs by State: The Assistive Technology Act of 1998, reauthorized in 2004, established state AT programs in all 50 states offering device lending libraries, demonstrations, and financing for AT purchases
7. United Cerebral Palsy Association, assistive technology resources: UCP affiliates maintain resources and funding assistance for low-cost assistive technology including AAC mounting hardware
8. Romski & Sevcik, Augmentative and Alternative Communication, 2005, American Journal of Speech-Language Pathology: Aided language input and device availability throughout the day, more than during therapy, are associated with better symbol use and vocabulary growth in young AAC users
9. American Journal of Speech-Language Pathology, ASHA Publications: A 2014 study (n=22) found increased device access time at home was associated with faster vocabulary acquisition in young AAC users