This is the third instalment in a five-part series helping parents identify potential signs of dyspraxia (also known as Developmental Coordination Disorder, or DCD) from toddlerhood to early adulthood. If you missed the earlier posts, you can catch up on Part One: Identifying dyspraxia in the early years (ages 2 to 4) and Part Two: The infant school years (ages 4 to 7).
As children move into middle childhood (what we call Junior School or Key Stage 2 in the UK, and roughly Grades 3 to 5 in North America), family expectations shift significantly. We expect 7- to 11-year-old children to start taking personal responsibility for their belongings, tie their own shoes, help out around the house, and manage independent homework.
Toys become more sophisticated, bringing new visual-spatial and fine-motor demands. The ever-popular Lego is a good illustrative example. Their sets aimed at kids aged 7+ have more pieces and can be more fiddly. It’s also at this age that some kids begin constructing Lego’s more challenging Technic sets.
For a dyspraxic child, this stage is often where the underlying challenges of motor planning and sequencing can begin to cause noticeable friction in daily family life. Dyspraxia isn't just about physical coordination; it is deeply intertwined with ‘executive functioning’ – the brain's ability to plan, organise, remember, and execute a multi-step sequence of actions. When domestic routines and schoolwork expectations ramp up, these processing demands become far harder to manage seamlessly.
Based on my lived experience, my daughter’s, and the shared experiences I’ve read and heard from others, below are examples of how dyspraxia can show up at home and in family life between ages 7 and 11.
Fine motor skills
By junior school, fine motor expectations shift from basic mark-making to stamina, speed, and precision across both academic and self-care tasks.
Writing fatigue: Children will be expected to write more during their junior school years. My daughter’s diagnostician described her as having the ‘dyspraxic grip’, which she explained can make more extensive periods of writing very uncomfortable and output slow. It may be that your child was able to write shorter passages without pain when they were younger, but the greater expectations during the junior school years finally expose the effect of the grip.
Personal grooming & self-care: Children take increased responsibility for personal care and grooming during these years. This area of life requires a lot of fine motor skill. If your child finds the instruments of grooming – toothbrushes, hairbrushes, and so on – more challenging than their peers, these could be indicators of dyspraxia. Similarly, keep an eye on how they’re doing with buttons, zips and shoelaces. Struggles can range from asking you to do it for them, or managing themselves but taking longer than their peers.
Maths: Geometry becomes a bigger part of the maths curriculum, requiring fine motor precision. Difficulties using rulers accurately for maths homework, using compasses, or cutting out intricate shapes for school projects are all subtle indicators of DCD. Particularly if your child is generally competent in maths but struggles with these specific skills.
Gross motor skills
As peers become more agile and sports-focussed, gross-motor differences often stand out more visibly during weekend leisure and school activities. This was a period in my development where I began to notice more and more that I found physical tasks more challenging than my peers did.
Complex physical milestones: Learning how to ride a bike can take dyspraxic kids longer than their peers. Once they’ve mastered it, another clue can be their confidence on the roads. I loved cycling, for example – and still do – but found the visual-spatial processing that comes with riding on roads an anxiety-provoking challenge. I still do.
Swimming and other sports: Swimming strokes like breaststroke or front crawl (which require coordinating arm and leg rhythms simultaneously) or sports involving hand-eye timing (like cricket, tennis, or football) might be met with reluctance or active avoidance. And look out for whether your child has to exert an unusual amount of effort and perseverance to get the hang of it. I learned to swim, and enjoyed it, but am not a strong swimmer; it didn’t come naturally to me.
New opportunities: The junior school years are when a host of new, more challenging sporting opportunities arise: martial arts like karate, the skate park, rock climbing, mountain biking, and so on. Look out for an unusual level of difficulty when participating, or even resistance to giving these more advanced activities a try when offered – which may be fear of incompetence disguised as lack of interest. I vividly recall desperately wanting to join my friend and his brother at skatepark back in the late 1980s, but just knowing I’d find it too difficult, so pressing the avoidance button. Nearly 40 years on, my partner and I walk our dogs past that skatepark several times a week; it’s only a short walk from our house. The memory of missing out hasn’t lost its edge.
General physical clumsiness: Dyspraxia was once (insensitively!) known as ‘clumsy child syndrome’. While the language leaves a lot to be desired, clumsiness is something to watch out for. By this age, we’d expect a child’s balance and coordination to have developed considerably, so a tendency to bump into things, to regularly trip, and to regularly spill things are all strong indicators of DCD.
Sequencing
Sequencing is the hidden engine of independence. As children progress through ages 7 to 11, their executive functioning is the subject of greater expectations, including the ability to keep sequential steps in their working memory. This can be a tremendous challenge for dyspraxic children – my daughter and me included – who can hit a wall when tasks require multiple steps in a specific chronological order.
Look out for difficulties with completing household chores, with following board-game instructions, and with toys that involve many steps to construct. Avoidance of activities may also offer clues.
General visual-spatial awareness
Spatial awareness governs how a child maps their body, others’ bodies, static objects, and moving objects in relation to the world around them. It also encompasses perception of distance, depth, and direction. There are many areas where this can manifest.
Page layout & spatial organisation: Struggling to align numbers in columns for maths sums, write neatly along ruled lines, or estimate where a paragraph will end on a page.
Misjudging body position: Continually knocking things off desks and tables, misjudging door openings, or standing uncomfortably close (or far away) during conversations and queueing.
Navigation & direction: These are the years where parents typically allow their kids to begin going out without adult supervision, though likely restricted to the local area. If your child struggles to navigate their local community it may indicate challenges with direction.
Team games and dance lessons: If your child finds team games and dance lessons difficult then this may indicate challenges with applied spatial awareness. Look out for avoidance, especially as increased peer embarrassment develops during these years – an example of what I think of as a ‘secondary symptom’. Speaking of which…
Secondary symptoms: self-awareness, shame, and masking
As children enter the junior school years, peer dynamics become central to their world. They become acutely aware of how their physical and organisational skills compare to siblings’ and classmates’. This is where secondary symptoms – the emotional and psychological side effects of living with DCD – can take centre stage. There’s been a lot of talk in recent years about autistic children masking, particularly girls. This isn’t unique to autism. Dyspraxic children can feel intense shame by the time they’re, say, 10, so be mindful that they may mask by avoiding certain tasks or activities, maybe using white lies as their strategy. Caregivers need to be very sensitive and patient when exploring this.
Internalised shame & negative self-talk: A dyspraxic child may start calling themselves "stupid", "lazy", or "clumsy" when struggling with tasks their peers do effortlessly. The reality is simply that their brain is working overtime to navigate everyday physical tasks, but without a diagnosis, they often blame themselves. I recall beginning to feel ‘stupid’ during games lessons at junior school when I couldn’t competently throw balls overarm.
Social drift & avoidance: As playground games become more competitive and sports-focused, dyspraxic children can drift to the margins. You may notice them preferring quiet, solitary activities at home where physical coordination and peer judgment aren't at play.
Accumulation of observations
Spotting these signs allows you as a parent to adapt your home environment and advocate effectively for your child before the transition to secondary school. In a previous piece, I asked whether teachers are provided with enough training in neurodivergence – and the answer is precisely why parent advocacy at home and school is so crucial. Working together with your child's school can help put practical accommodations – like touch-typing, adapted equipment, or extra processing time – in place early.
Coming up next:
The jump to secondary school brings teenage independence, navigating public transport, locker codes, and managing complex schedules. In the next post, read Part Four: Identifying dyspraxia in secondary school (ages 11 to 16), where we cover teenage independence, exam access arrangements, and the emotional toll of adolescent peer comparison.
(Are you an educator or school staff member? Check out my companion guide on how to identify symptoms of dyspraxia in primary school.)
