Cerebral Palsy Assistive Technology: A Parent Guide

The term "assistive technology" covers an enormous range — from a foam pencil grip that costs two dollars to an eye-gaze communication device that costs twenty thousand. For parents of children with cerebral palsy, navigating this landscape without a guide is genuinely difficult. You are often making decisions about equipment you have never seen before, under time pressure, in funding systems that are confusing by design. This guide covers the major categories of cerebral palsy assistive technology, how to access them, and what to track along the way.

Mobility Aids

Mobility is usually the first area families encounter. The right equipment at the right time has significant implications for a child's development, independence, and secondary complications.

Manual wheelchairs are prescribed for children who need full or partial support for seating and propulsion. Fit matters enormously — a poorly fitted manual chair contributes to scoliosis, pressure injuries, and fatigue. Your physiotherapist and an occupational therapist specialising in seating should be involved in any wheelchair prescription. Key considerations include head and trunk support, footrest positioning, tilt capability, and whether the chair supports active propulsion or is primarily attendant-pushed.

Power wheelchairs open up independent mobility for children who have the cognitive capacity to navigate but lack the motor control to self-propel. Access method varies: joystick, head array, sip-and-puff, or foot control depending on the child's motor profile. Early access to power mobility — sometimes as young as 18 months — has been associated with better spatial cognition and social engagement. If your team has not discussed power mobility because your child "isn't ready," it is worth asking specifically what the criteria for readiness are.

Gait trainers and walkers support children who have some ambulation capacity. Forward-facing gait trainers provide more postural support than traditional walkers and allow a more functional walking pattern. Standing frames are often prescribed alongside — weight-bearing has benefits for bone density, hip development, and bowel function even for children who do not walk functionally.

Orthoses (braces) are technically in the assistive technology category, though families often encounter them through orthopaedics or physiotherapy rather than AT services. Ankle-foot orthoses (AFOs) are the most common. They influence how tone affects walking pattern, and their fit needs to be checked as children grow. Tracking when orthoses start causing skin marking or discomfort — and logging when adjustments were made — helps physios and orthotists make good decisions between formal reviews.

Communication Technology

Cerebral palsy assistive technology for communication is among the most consequential and most under-resourced area families navigate.

Low-tech AAC includes communication boards, PECS-style systems, and eye-gaze boards (which require no technology — just printed symbols and a frame). Low-tech systems are often a starting point or a backup, not a ceiling. They also travel better than high-tech devices and do not require charging.

High-tech AAC devices range from dedicated speech-generating devices to iPad-based apps. The most capable systems use eye-gaze tracking, allowing children with very limited motor control to access a full vocabulary. Tobii Dynavox is one of the more widely funded platforms in Europe; Proloquo2Go on iPad is common in other contexts.

Access to AAC assessment is uneven. In some systems, families wait years for a formal assessment. In others, the assessment is readily available but funding for the device is not. A few things that help:

- Ask your speech-language pathologist specifically about AAC — it is not always raised proactively
- Request a trial period with any high-tech device before funding decisions are made
- Document your child's communication attempts, vocabulary understanding, and current frustrations with communication — this evidence matters for funding applications

Switch access allows children to control devices, toys, and software through a single button, switch, or sensor. Even simple cause-and-effect play with a switch — turning a fan on and off — builds the foundational understanding that underlies more complex AAC use.

Daily Living Aids

This is the broadest category and the one most likely to involve occupational therapy. Cerebral palsy assistive technology for daily living spans feeding, dressing, bathing, play, and school.

Feeding aids include weighted cutlery, angled plates, dycem non-slip mats, cup holders, and specialised bottles. For children with significant oromotor involvement, a speech-language pathologist should be involved in any feeding equipment recommendations.

Bathing and toileting equipment — shower chairs, bath seats, toileting supports — significantly affects carer safety as children grow heavier. This is an area where families sometimes wait until a crisis before addressing it. An OT home visit to assess equipment needs is worth requesting before you reach that point.

Environmental controls allow children to operate lights, TVs, tablets, and doors through switch access or voice activation. As smart home technology improves, the cost and complexity of this category has dropped significantly. Some children with quadriplegic CP can operate meaningful parts of their environment through a single switch.

School technology — specialist keyboards, trackballs, eye-gaze access to computers — is increasingly available but requires advocacy in many school systems. An OT report specifying equipment needs is usually a prerequisite for school funding.

Navigating Funding and Access

Funding for cerebral palsy assistive technology is among the most frustrating aspects of the entire system. The equipment families need is often expensive; the processes to access it are slow, fragmented, and inconsistent.

A few practical notes:

- Equipment is usually prescribed through a combination of physiotherapy, occupational therapy, and specialist clinics. Funding comes from different streams for different items — health, education, and disability funding may all be relevant for the same child.
- Keep records of every equipment prescription, assessment report, and funding application. Funding decisions get appealed; records matter.
- Trial periods before purchase are standard practice for high-cost items. If a supplier resists offering a trial, that is a red flag.
- Equipment needs change as children grow. A fitting that works at age five may be inadequate by age eight. Build equipment review into your annual calendar.

Tracking what equipment your child is using, when it was last adjusted, and what problems you are noticing day-to-day gives your therapy team the information they need to time reviews well rather than waiting for a crisis.

Building the Evidence Record

One of the most useful things you can do for your child's assistive technology outcomes is document what you observe at home. Therapists and equipment specialists see your child for a few hours a year. You see them every day.

Logging daily observations — tone, fatigue, positioning comfort, how communication is going — builds a record that informs equipment decisions, funding applications, and clinical reviews. The cpcompanion app was designed for exactly this: a fast daily log that captures the signals that matter, generates a shareable summary for appointments, and reduces the amount of CP care that depends on parental memory.

Cerebral palsy assistive technology can dramatically expand what a child can do and how much support they need. Getting the right equipment, in the right fit, at the right time depends on advocacy, good therapy relationships, and clear documentation of what you are observing. You are the expert on your child's daily life — making that expertise visible at clinical appointments is one of the highest-leverage things you can do.