The Missed Diagnosis: What Parents and Teachers Need to Know About Dyspraxia (Developmental Coordination Disorder)

He's the child who trips over flat ground, whose handwriting looks nothing like his classmates' by Grade 3, who cries before PE class, who takes twice as long to button a shirt as every other child in the room. Teachers call it clumsiness. Parents are told he'll “grow out of it,” or that he just needs to “try harder” and focus. Very often, nobody names it — because compared to autism or ADHD, almost nobody outside a therapy room has heard of Developmental Coordination Disorder, better known as dyspraxia.

That gap in awareness isn't because the condition is rare. It's because of how quietly it hides in plain sight, dismissed as a personality trait rather than recognized as a distinct, well-documented neurodevelopmental disorder — one the research shows is roughly as common as ADHD, and more common than autism.

How common is dyspraxia, really?

A 2024 systematic review and meta-analysis pooling data from 18 studies and more than 31,000 children found an overall DCD prevalence of 5% in the general child population. Broken down further, prevalence was 7% in boys and 4% in girls. Regionally, the same analysis found prevalence around 4% in Asia, 2% in Europe, and 6% in North America — with the authors noting that limited large-scale data from Asia in particular means the true figure in countries like India may not yet be fully captured, and could be underestimated given how little clinical awareness exists locally.

Two groups face dramatically higher risk. Children born preterm (before 37 weeks) showed a DCD prevalence of 18%, compared to 6% in children born at term — and children born at very low birth weight (under 1,250 grams) showed a prevalence of 31%. Separately, research reviewed in the clinical reference StatPearls found prematurity and low birth weight to be the strongest known risk factors for DCD, with an odds ratio of 6.3 (meaning affected children are over six times more likely to develop DCD) — a figure with direct relevance in India, where preterm birth rates remain significant and NICU follow-up rarely includes routine motor-coordination screening.

For context on scale: earlier foundational research places DCD prevalence at approximately 5–6% of all school-aged children — meaning in an average classroom of 30, one or two children may be living with genuine, diagnosable motor-coordination difficulties, most of them never formally identified.

Why dyspraxia is so often missed

Researchers studying public understanding of DCD describe it plainly: despite a prevalence rate equivalent to ADHD, and higher than autism spectrum disorder, DCD remains far less understood — not just by the general public, but specifically by doctors, teachers, and employers. That mismatch between how common it is and how little it's recognized is precisely why so many children go years without a name for what they're experiencing, while parents are told to simply push harder on handwriting practice or sports participation.

Part of the difficulty is that DCD's symptoms are genuinely insidious — the same research describes them as easy to miss because they present gradually, unevenly, and often alongside other more visible conditions, rather than as one clear, single red flag a teacher or paediatrician can point to.

It rarely shows up alone

DCD frequently co-occurs with other neurodevelopmental conditions, which is part of why it gets overlooked — clinicians and parents alike tend to focus on whichever condition is more visible or already has a label. Research reviewed in StatPearls found DCD co-occurs with ADHD in 30% to 50% of cases, a rate high enough that researchers suggest a shared underlying neural basis for attention and motor coordination difficulties, rather than pure coincidence. DCD is also frequently co-occurring with autism spectrum disorder. In children with Childhood Apraxia of Speech (a distinct speech motor-planning disorder), research has similarly found meaningful overlap with DCD, reinforcing that speech-language pathologists and occupational therapists are often looking at overlapping, not separate, motor-planning difficulties in the same child — which is exactly why cross-disciplinary assessment matters so much here.

Left unaddressed, this isn't something most children simply outgrow. The same body of research found that DCD persists well into adolescence and adulthood in a majority of cases, with 50% to 70% of affected children continuing to show motor difficulties years later. The impact isn't confined to gym class or handwriting, either — studies describe significant downstream effects on academic performance and social participation, since a child who can't keep up physically or can't produce legible written work under time pressure is affected well beyond the motor skill itself.

What screening actually looks like

The good news is that screening for DCD doesn't require guesswork. Researchers recommend a stepwise diagnostic strategy, beginning with structured, validated questionnaires appropriate to the child's age — the DCD Questionnaire (DCDQ'07) for children aged 5 to 15, and the Little DCD Questionnaire for children aged 3 to 4. These tools ask caregivers structured questions about a child's coordination during everyday tasks (handwriting, catching a ball, getting dressed) rather than relying on a single observed incident, which is part of why they catch difficulties a casual classroom observation might miss.

Formal diagnostic criteria, drawn from the DSM framework, require that a child's motor skill acquisition and execution fall substantially below what's expected for their age, given adequate opportunity to learn those skills — which matters, because it rules out simply “not having practiced enough” as an explanation, and points instead to an underlying coordination difficulty that needs targeted support, not just more repetition of the same activity.

What this means for parents

If your child avoids sports, struggles disproportionately with handwriting compared to reading or verbal skills, seems to tire quickly during physical tasks other children find easy, or was born preterm or at low birth weight, it's worth raising DCD specifically with your paediatrician or occupational therapist — by name, rather than describing it only as clumsiness. Given how frequently DCD travels alongside ADHD and autism, it's also worth asking whether a motor-coordination screen has been included as part of any broader developmental assessment your child has already had, since it's easy for this piece to be missed even when other concerns have been thoroughly evaluated.

Occupational therapy for DCD isn't about forcing more practice at the exact task a child struggles with. It typically involves breaking motor tasks into smaller components, building core strength and motor planning through targeted, structured activities, and adapting classroom demands (like handwriting alternatives or extra time) while underlying skills are built — rather than leaving a child to simply struggle through PE and copying-from-the-board tasks indefinitely.

It also helps to know what NOT to expect. Because DCD is a neurodevelopmental difference rather than a temporary delay, research shows the majority of affected children don't simply catch up on their own with age — which is exactly why “wait and see” so often turns into years of a child quietly avoiding activities, losing confidence, and falling further behind peers in things like sports, handwriting speed, and independence in daily routines like dressing or using cutlery. Starting structured OT support early doesn't just build the specific skill in question — it protects a child's confidence and participation during years when peer comparison becomes increasingly visible to the child themselves.

What this means for teachers and clinicians

For educators, the practical takeaway is to treat persistent, disproportionate motor clumsiness as a possible clinical sign worth raising with parents — not a character trait to correct through encouragement alone. For SLPs and OTs, given the well-documented overlap with ADHD, autism, and speech motor-planning disorders like Childhood Apraxia of Speech, a motor-coordination screen is worth including as standard practice in broader developmental assessments, rather than only being pursued when a parent specifically raises it.

This is particularly relevant for children already flagged for NICU follow-up given the elevated prevalence found in preterm and low-birth-weight infants. Building a routine motor-coordination check into standard post-NICU developmental follow-up — rather than only screening for it if a parent later raises concerns about handwriting or sport — would catch a meaningfully higher-risk group years earlier than current practice typically allows.

Wondering if your child's clumsiness is something more?

We've put together a simple screening tool based on the validated DCDQ framework used by researchers and occupational therapists worldwide — designed to help you describe what you're seeing clearly, whether that's for your own peace of mind or to bring into your next paediatrician or OT appointment.

📥 Free download: "Dyspraxia at Home & School: A Parent and Teacher Screening Checklist" — a free one-page tool covering everyday motor, handwriting, and self-care milestones by age, plus a guide to what to say when raising it with your child’s doctor or school.

References

1. Prevalence of developmental coordination disorder in children: a systematic review and meta-analysis. Frontiers in Pediatrics / PMC11464289 (2024). 18 studies, 31,203 children.

2. Developmental Coordination Disorder (Dyspraxia): An Overview of the State of the Art. ScienceDirect (2006).

3. Developmental Coordination Disorder (Dyspraxia). StatPearls, NCBI Bookshelf (2024) — prematurity/low birth weight odds ratio 6.3; ADHD co-occurrence 30–50%.

4. Harnessing real-life experiences: the development of guidelines to communicate research findings on Developmental Coordination Disorder/dyspraxia. PMC11311881.

5. An Investigation of Developmental Coordination Disorder Characteristics in Children With Childhood Apraxia of Speech. Language, Speech, and Hearing Services in Schools, ASHA (2022).