A reviewed-by-paediatrician guide for parents of children whose motor coordination is markedly behind their age — eating, dressing, handwriting, sport. What the diagnosis is, how it's confirmed, and what occupational therapy can do.
Dyspraxia — formally named Developmental Coordination Disorder (DCD) in the DSM-5-TR and ICD-11 — is a neurodevelopmental condition in which a child’s motor coordination is markedly below expectations for their age, despite typical opportunities to learn and despite intact intellectual and visual ability. Its prevalence in school-age children is estimated at 5–6%, making it one of the more common — and most under-identified — developmental conditions of childhood.
A child with DCD doesn’t appear neurologically unusual on a standard examination. Their muscles work; their reflexes are intact; their intelligence is typical. What is impaired is the planning and execution of voluntary, sequenced movement — getting the body’s parts to work together to perform a task the child has the cognitive understanding to attempt. Tying shoelaces requires a sequence of fine hand movements, visual feedback, and adjustment-to-result that a typical 6-year-old learns over weeks; for a child with DCD, the same skill might take a year of dedicated practice and may still feel uncertain.
DCD is usually a “below-the-neck” expression of an “above-the-neck” challenge — the brain’s motor-planning systems work differently, even when nothing on a standard neurological exam is unusual.
Reliable diagnosis usually waits until age 5 or so, because before then motor coordination varies normally across children, and most kindergarten classrooms have a few children whose motor profile lands at the lower end of normal but who develop typical coordination over the next year or two. Persistent below-age coordination past age 5, combined with functional impact (difficulty with handwriting, dressing, eating, sport, daily-living self-care), is the clinical pattern that warrants assessment.
The Movement Assessment Battery for Children, 2nd Edition (M-ABC-2) is the most widely used standardised motor assessment internationally; the Bruininks-Oseretsky Test (BOT-2) is a frequent alternative. Either tool, combined with a developmental history, parent and teacher report, and clinical observation, is sufficient for a confident diagnosis.
Two evidence-based approaches dominate. The Cognitive Orientation to daily Occupational Performance (CO-OP) approach is task-specific: the OT helps the child explicitly map the cognitive strategy required for a particular task (zipping a jacket, writing the letter B, catching a ball), then practises the strategy with the child until the task is reliably performed. Motor-learning principles — variability of practice, distributed practice, contextual interference — guide the practice schedule.
Sensory-integration informed approaches (Ayres’ Sensory Integration) target the underlying processing of sensory input that motor planning depends on. The current evidence is stronger for task-specific approaches like CO-OP for clearly DCD-driven coordination challenges, though many children benefit from a hybrid plan, particularly where sensory regulation is also a concern.
DCD doesn’t typically resolve on its own, and untreated, the gap with peers tends to widen — not because the child’s coordination gets worse, but because the developmental demands escalate (longer handwriting passages, more complex PE, more independent self-care expectations). Children with unsupported DCD often develop secondary patterns: avoidance of physical activity, reduced confidence in academic output, and sometimes — especially in adolescence — anxiety and depression linked to the cumulative experience of effort that doesn’t match peer outcomes.
With structured occupational therapy and appropriate school accommodations, the functional trajectory is materially different. Most children develop the skill set and the compensation strategies they need to keep up with their peers in the domains that matter to them.
Lists like this are starting points, not diagnostic checklists. Many children show some of these signs and do not have dyspraxia; some children with dyspraxia present differently from anything described here. The right next step is a structured assessment, not a self-diagnosis.
DCD is diagnosed when (1) motor coordination is markedly below expected for chronological age and learning opportunity, (2) the deficit interferes with activities of daily living and academic productivity, (3) onset is in early developmental period, and (4) the difficulties are not better explained by intellectual disability, visual impairment, or another neurological condition (e.g., cerebral palsy).
Standardised motor assessment for children aged 3–16, covering manual dexterity, ball skills, and balance. The most widely used clinical tool for confirming the motor-coordination component of a DCD diagnosis.
An alternative standardised motor assessment, often used where M-ABC-2 isn't available. Captures a slightly broader profile of fine and gross motor skills.
Standardised visual-motor integration assessments (e.g., Beery VMI) help distinguish whether handwriting or drawing difficulty is primarily motor, primarily visual-perceptual, or both — and the answer changes the OT plan.
None of these alone is diagnostic. Together, particularly when persistent, they're the signals our paediatrician will want to evaluate.
OT is the primary evidence-based intervention for DCD. Approaches include task-specific training (CO-OP), motor-learning principles, and where indicated sensory-motor integration work. Embedded in the child's daily routines for generalisation.
Occupational Therapy programmeWhere school-related handwriting and fine-motor demands are the central concern, structured handwriting protocols (Handwriting Without Tears or equivalent) are added once the underlying components (postural stability, hand strength) are sufficiently supported.
Occupational Therapy programmeWritten accommodation summary the school can act on — extended time on written assessments where appropriate, alternative output formats (typed work for older children), reduced copying load, supportive PE participation.
Special Education programmeDCD is usually a lifelong difference rather than something children outgrow, though the impact varies substantially with intervention and life adaptation. Many children with DCD develop strong compensation strategies and find domains where coordination demands are manageable. Untreated, the gap with peers tends to widen across childhood; with structured occupational therapy and appropriate school accommodations, the functional outlook is much stronger.
Cerebral palsy is caused by a non-progressive brain injury, typically pre- or peri-natal, and produces specific motor patterns (spasticity, dystonia, ataxia) that are evident on neurological examination. Dyspraxia / DCD is a developmental coordination difference where neurological examination is essentially normal, but coordination of movement is markedly behind age expectations. The two are distinct conditions, though some children present with features of both.
Yes — and for many DCD goals, online OT works as well as in-clinic. The hands-on parts (proprioceptive input, deep pressure) are delivered by parents, coached in real time over video. The therapist's role is increasingly the assessment, the planning, and the in-room coaching. For DCD specifically, where home is the actual environment in which daily-living skills need to generalise, online delivery has clear practical advantages.
Possibly — but not necessarily. Illegible handwriting can stem from posture/pencil-grip mechanics, weak fine-motor strength, visual-motor integration difficulties, attention difficulties (ADHD), or genuine motor-planning challenges (DCD). A structured OT assessment maps which components are upstream of the handwriting problem and which interventions will help. Drilling handwriting without addressing the underlying components rarely works.
Frequently. DCD has high co-occurrence rates with ADHD, autism, specific learning disorders (especially dysgraphia and dyslexia), and developmental language disorder. Where co-occurrence is present, the assessment maps all the pieces and the plan addresses them in a coordinated way rather than running separate, uncoordinated interventions.
This page is reviewed by Chief Medical Officer (Developmental Paediatrician). Information here is intended for parent education and is not a substitute for clinical consultation. For your child's specific situation, book a free consultation.
1-on-1 online occupational therapy for children: sensory regulation, fine-motor and handwriting, daily-living independence, and the foundational skills that unlock school readiness.
Online special education for children with dyslexia, learning disabilities, intellectual disability, and learning differences — using structured-literacy, multisensory, and individualised academic support.
Doctor-supervised early intervention for children aged 0 to 3 years — the brain's most plastic developmental window. Family-first, play-based, online sessions with weekly written progress reports.
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