Research report • Kent, England • Early years

The Early Years Authority

A comprehensive analysis of developmental science, gross motor proficiency, and statutory strategy in Kent, England. This version is presented as a pure report, with the marketing and SEO material removed, while preserving the core research themes from the source document.

Executive focus

The report argues that gross motor development is not a side issue in early childhood practice. It is a core driver of school readiness, social confidence, literacy development, and later classroom functioning. The research thread links neuroscience, statutory expectations, and local Kent strategy into one joined-up picture.

What this report covers

Why movement helps shape the developing brain
How midline crossing supports literacy and hand dominance
What EYFS 2025 requires from providers
What Kent’s local ecosystem looks like in practice

Key finding Gross motor development helps scaffold attention, executive function, and social interaction.

Key finding Midline crossing matters because it supports hand dominance, visual tracking, and reading fluency.

Key finding EYFS 2025 keeps physical development firmly in the prime areas, with stronger safeguarding expectations.

Key finding Kent combines high provider quality with real sufficiency pressure and uneven local access.

Section 1

The neurobiological foundations of gross motor development

The source report frames motor development as a fundamental part of brain architecture rather than a simple sequence of physical milestones. It argues that movement helps organise the systems that later support cognition, behaviour, and adaptive function.

Functional brain networks and motor emergence

Between 12 and 24 months, the report describes a major reorganisation of functional connectivity around movement and higher-order cognition. At 12 months, the somatomotor network and default mode network are already closely linked to the emergence of walking and broader gross motor ability.¹

By 24 months, the picture becomes more complex. The dorsal attention network, posterior cingulo-opercular network, frontoparietal control network, basal ganglia, and cerebellum are all implicated. The implication is blunt, as motor ability strengthens, it starts to scaffold attention, executive function, and social interaction.¹

Why this matters: the report does not treat movement as separate from learning. It presents physical development as part of the neurological groundwork for later classroom success.

Key brain systems highlighted in the source report

Somatomotor network: linked to movement production and early gross motor emergence.
Default mode network: associated in the report with early internal monitoring and the transition into mobile exploration.
Dorsal attention network: increasingly relevant as movement begins to support attentional control.
Cerebellum: central to coordination, timing, and the motor-cognitive link.
Corpus callosum: essential for interhemispheric communication and efficient midline crossing.

The cerebellum-prefrontal link

The report emphasises co-activation between the cerebellum and the prefrontal cortex during more demanding movement tasks. In practice, that means obstacle courses, guided games, and coordinated play are not just physical challenges. They are also planning, sequencing, inhibition, and working-memory tasks.^1,2

Motor learning is cognitive learning

Complex movement requires perception, action planning, balance adjustment, sequencing, and self-control. That is why motor tasks often spill over into better follow-through on multi-step classroom activities.

Physical literacy shapes social confidence

The report also ties gross motor competence to social acceptance, peer play, and emotional wellbeing. Children who cannot comfortably run, jump, chase, or coordinate with others may be less physically active and less socially secure.^3,5,7,8

Section 2

Midline crossing and the architecture of literacy

One of the strongest practical arguments in the report is that crossing the midline is not a niche developmental detail. It is a foundational mechanism for hand dominance, bilateral coordination, visual tracking, and early literacy.

The role of the corpus callosum

The corpus callosum is the dense bridge of fibres connecting the brain’s left and right hemispheres. In the report, weak or avoided midline crossing is treated as a sign of less efficient communication between those hemispheres.⁶

That has obvious classroom consequences. If a child avoids reaching across the body, switches hands while drawing, or turns the whole trunk instead of rotating through the shoulder girdle, the child is not simply showing a harmless quirk. They may be revealing a developmental gap that can slow writing control and reduce endurance.^6,10,11

Practical implication: midline-crossing activities are worth taking seriously because they help support both fine motor readiness and visual efficiency for reading.

Reading fluency depends on smooth visual crossing

The report links midline crossing to how children track a line of text from left to right. When that crossing is hesitant, the child may:

lose their place while reading
skip words or whole lines
fatigue too quickly during literacy work
struggle with comprehension because tracking itself takes effort

Midline crossing marker	Observation in children	Likely long-term impact
Hand switching	Child passes a pencil from right to left hand rather than reaching across.	Delayed hand dominance and weaker handwriting fluency.¹⁰
Trunk rotation avoidance	Child turns the whole body to reach for an object on the side.	Poor core stability and postural control.¹¹
Visual hesitation	Eyes lose focus when moving from the left side of a page to the right.	Reduced reading fluency and comprehension.¹²
Poor bilateral integration	Difficulty with jumping jacks or asymmetrical movements.	Challenges with sport, coordination, and more complex movement patterns.¹¹

Section 3

Statutory authority, the EYFS 2025 reforms

The report places the science into a regulatory frame. From 1 September 2025, the updated EYFS framework for both childminders and group providers sharpened expectations around safeguarding, supervision, and professional judgement.^15,16,18,20

Physical development remains a prime area

The EYFS keeps Physical Development alongside Communication and Language, and Personal, Social and Emotional Development as one of the three prime areas. The report underlines that this is not symbolic. It is an explicit statement that physical activity supports healthy bodies, emotional wellbeing, and readiness to learn.^17,18,19

The educational programme highlighted in the report expects children to have daily access to indoor and outdoor environments that challenge movement in different ways. It specifically calls for opportunities to crawl, walk, run, hop, skip, twist, pull, push, and climb.¹⁹

Early Learning Goals, what children are expected to show

Gross motor: negotiate space and obstacles safely, show strength, balance and coordination, and move energetically through actions such as running, jumping, dancing, hopping, skipping and climbing.

Fine motor: hold a pencil effectively, use small tools with control, and begin to draw with accuracy and care.¹⁸

Why the reforms matter in practice

The framework reinforces that movement is central, not optional.
Providers are expected to balance challenge, safety, and active daily routines.
Assessment moves further towards professional judgement and away from pointless paperwork.
Safeguarding expectations are tighter and more explicit across daily practice.

Key EYFS 2025 safeguarding revision	Description of change	Implementation date
Absence monitoring	Providers must investigate and document prolonged child absences.	1 September 2025²⁰
Staff references	Stronger requirement to obtain and provide employment references.	1 September 2025¹⁵
Whistleblowing	Explicit policies are required to support staff in reporting concerns.	1 September 2025¹⁶
Mealtimes	Enhanced supervision and adherence to safer-eating guidance.	1 September 2025¹⁸
Toileting privacy	Privacy expectations must be balanced with safeguarding visibility and oversight.	1 September 2025²⁰

Section 4

Regional case study, the early years ecosystem in Kent

The report uses Kent as a practical case study. The county’s education strategy places strong starting points at the centre of its mission, but the picture is mixed, there is clear strategic intent, high provider quality, and still some sharp pressures around access, sufficiency, and physical activity.^21,23

Childcare sufficiency and economic pressure

Kent’s 2025 to 2026 Childcare Sufficiency Assessment identifies a very high proportion of Good and Outstanding providers, 98.5% for group settings and 99.8% for childminders. Even so, the county still has geographic gaps in provision and what the report terms childcare deserts.²³

The rollout of expanded funded entitlements, including 30 hours from September 2025 for eligible working parents of children from nine months, has increased pressure further. The report highlights an overall deficit of 49 places for 3 and 4 year olds, with particularly acute shortages in selected local planning areas.²³

Strongest sufficiency pressure points named in the report

Ashford South and East planning areas

Gravesham Gravesend West

Swale Sheerness, Queenborough and Halfway

The source file includes a district heading list for Kent, but not a complete numerical district table in the body text preview. The pressure points above are the specific named shortages stated in the report.

Active Kent and Medway, and the Playground initiative

The report links local policy with physical activity data. Only 45.5% of children in Kent aged 5 to 16 are described as meeting the recommended 60 minutes of daily activity. In response, Active Kent and Medway supports programmes that aim to weave movement through everyday school life, not just sport sessions.²¹

For younger children, the report highlights the Playground initiative, especially in libraries and children’s centres serving deprived communities. It uses music, movement, and storytelling to support early brain development and parent-child bonding, and the evaluation cited in the report notes that 95.4% of parents would recommend the sessions.^26,27

Strategic direction

Kent’s wider education strategy is built around ambition, curiosity, and resilience. In the context of early years, that means strong starting points are treated as the foundation for later educational outcomes.²¹

Professional development capacity

The Education People and KELSI training offer routes for practitioners to strengthen judgement around physical development, developmental delay, and graduated support for different needs.^29,30

Section 5

Pedagogy in practice, evidence-based gross motor activities

The report is strongest when it turns theory into practice. It argues that well-designed movement activities can build strength, coordination, bilateral integration, body awareness, and sensory-motor control while remaining fully consistent with EYFS expectations.

Indoor interventions for muscular strength and integration

Moving House play

Children lift, transport, sort, and organise awkward objects such as boxes, bags, and improvised packing materials.¹⁹

Neurological benefit: develops core strength, upper-arm stability, and bilateral coordination. EYFS link: supports Managing Self and Gross Motor Skills expectations.

Tummy time and rolling

For infants, repeated floor-based opportunities build the neck, shoulder, and trunk strength needed for later sitting and crawling.³²

Neurological benefit: supports vestibular processing and visual tracking foundations. EYFS link: underpins early prime area development.

Simon Says with a midline focus

Commands such as right hand to left knee require children to cross the body and organise coordinated responses.¹⁰

Neurological benefit: strengthens interhemispheric communication through corpus callosum use. EYFS link: builds listening, body awareness, and controlled movement.

Balance beams and line walking

Walking a taped line or beam while controlling posture and arm position develops focused balance.³⁵

Neurological benefit: improves dynamic balance, concentration, and motor planning. EYFS link: speaks directly to strength, balance, and coordination expectations.

Outdoor exploration for coordination and stamina

Obstacle courses

Mixed surfaces and changing movement demands help children adjust balance, force, and direction in real time.¹⁹

Neurological benefit: refines proprioception and planning for movement. EYFS link: helps children negotiate space and obstacles safely.

Nature walks and scavenger hunts

Walking, climbing, spotting, and collecting in outdoor environments build endurance while connecting movement to curiosity about the wider world.³⁴

Neurological benefit: supports sensory-motor integration and sustained effort. EYFS link: bridges physical development with Understanding the World.

Section 6

The convergence of authority and action

The report’s main argument is simple and strong. Gross motor development is not an isolated physical target. It is a neurological, educational, and social prerequisite for school readiness.

The document brings together three strands, developmental science, statutory compliance, and local implementation in Kent. Taken together, they support a clear conclusion, practitioners are most effective when they translate complex evidence into joyful, movement-rich, well-supervised experiences that children can actually live through day by day.

In that sense, early years authority is not just about policy language or formal regulation. It is about whether adults create environments where children can move, coordinate, explore, self-regulate, build confidence, and arrive at literacy and learning with a stronger developmental base. That is the practical heart of the report.

Appendix

Selected references from the source document

This list retains core research, policy, and local strategy sources reflected in the original report. Marketing and SEO references from the source file have been intentionally excluded in line with the brief.