Comprehensive Gross Motor Development Activities for Children with Intellectual Disability

Children with intellectual disability (ID) often experience significant delays in gross motor development – the ability to use large muscle groups for movement, balance, and coordination. Research consistently shows that children with ID perform below age-expected levels in balance, complex coordination, and strength, which directly limits their independence and participation in daily life. But here’s what the evidence also makes clear: with structured, intentional activities, these children can make meaningful progress. The key lies in starting early, following a developmental sequence, and embedding movement into play and daily routines.

Why gross motor development matters more than you think 🔗

Gross motor skills are the foundation for almost everything a child does – getting in and out of a chair, navigating a classroom, playing with peers, or simply maintaining posture at a desk. For children with intellectual disability, delays in these skills aren’t just physical. Studies on children with Down syndrome and borderline intellectual functioning show that motor competence is closely linked to cognitive performance, daily living skills, and social participation. When a child struggles to roll, crawl, or walk confidently, it limits their access to the environment – and therefore their learning opportunities.

A 14-week physical education program studied in children with ID found measurable improvements in both motor skills and quality of life in children who participated in structured physical activities, compared to those who did not. This reinforces what practitioners on the ground already know: consistent, well-designed motor activities produce real results.

Foundational positioning and movement activities 🔗

Before a child can walk or run, they need to develop control over their own body. Foundational positioning activities address this at the most basic level – teaching the nervous system and muscles how to work together.

Holding and carrying techniques 🔗

How a child is held and carried is not a passive act. When caregivers and educators use proper holding techniques – supporting the child’s trunk while keeping the spine aligned and the limbs in a symmetrical position – they are actively facilitating postural development. Carrying a child face-outward while supporting under the arms and thighs, for example, allows the child to experience upright orientation and engage core muscles. These techniques maintain body symmetry, prevent muscle imbalances, and create opportunities for the child to interact with their environment even before independent movement is possible.

Prone position activities 🔗

Prone positioning – lying on the stomach – is one of the most powerful early motor interventions available. When a child is placed in prone, they are challenged to lift their head against gravity, activate neck and shoulder muscles, and bear weight through the arms. These actions build the extensor muscle strength that underlies every future movement milestone.

Practical prone activities include placing colorful toys or mirrors just out of reach to motivate the child to lift their head and push up on forearms. A therapy ball or bolster can be used to provide partial support while the child reaches forward for objects. Commando crawling – belly on the floor, pulling forward with the arms – is another excellent activity that strengthens the shoulder girdle and develops bilateral coordination. The importance of active prone positioning is well established: it develops the upper extremity strength needed for reaching, transitioning between positions, and eventual independent mobility.

Supine position activities 🔗

In the supine position (lying on the back), a child’s primary task is body exploration – learning where their limbs are in space and how to move them purposefully. Time spent lying on a firm, flat surface on their back is critical because it is one of the first positions that allows children to independently interact with their environment and begin stabilising the head and trunk.

Activities in this position include placing bells or rattles on the child’s ankles to encourage leg kicking, suspending colourful objects overhead to promote reaching and arm extension, and using a resonance board – a firm wooden surface – so the child can feel vibrations from their own movements, which encourages further exploration. Placing objects around the child that tip and make sounds when touched motivates spontaneous movement and helps children begin to understand cause and effect through their own body.

Progressive mobility skills development 🔗

Once a child has developed some head control and basic body awareness, the focus shifts to mobility – the ability to move through space. This progression is systematic, with each skill building directly on the last.

Rolling activities 🔗

Rolling is the first major transitional movement, requiring coordinated effort from the head, arms, torso, and legs working together. A child who cannot roll independently misses opportunities for motor learning and sensory integration, since rolling is both a movement skill and a sensory experience.

To facilitate rolling, educators can begin with side-lying activities that encourage weight shifting and head righting. Placing interesting objects to one side encourages the child to turn their head and initiate a roll. Log rolling down a gentle incline uses gravity to support the movement initially, while rolling with arms overhead or at the sides challenges different muscle patterns. Consistent repetition in both directions – right to left and left to right – ensures balanced muscle development.

Sitting activities 🔗

Sitting development progresses from fully supported to independent. In early stages, the child is seated with back support and encouraged to reach for toys placed at midline – directly in front of them – to activate trunk muscles. Long-leg sitting (legs extended forward) is particularly useful because it stretches the hamstrings, which are often tight in children with low muscle tone, while requiring the child to balance without a backrest.

Once partial support is possible, activities like catching a rolled ball, stacking blocks, or engaging in daily living tasks such as eating or self-dressing in a seated position integrate motor goals into functional routines. This contextual approach is important: children with intellectual disabilities benefit significantly from learning motor skills within meaningful, familiar activities rather than isolated drills.

Crawling and creeping activities 🔗

Crawling (belly on the floor) and creeping (on hands and knees) are not just precursors to walking – they develop shoulder stability, hip strength, bilateral coordination, and spatial awareness that support all future movement. For children with intellectual disability, crawling also provides rich proprioceptive input that helps regulate the sensory system.

Structured activities include creeping through tunnels, over cushions, and under tables to vary the sensory experience. Placing targets or toys at different heights encourages the child to look up and shift weight while moving. Wheelbarrow walking – supporting the child at the hips while they walk on their hands – is particularly effective for building shoulder and core strength. A therapy ball or gym ball can support the child in a hands-and-knees position, with an adult gently rocking them in different directions to activate balance responses.

Advanced movement and play integration 🔗

Standing, walking, climbing, and play-based motor activities represent the most advanced tier of gross motor development for children with intellectual disability. Here, the goal is not just physical competence – it is meaningful participation in life.

Standing and walking activities 🔗

The progression toward independent walking follows a predictable sequence: supported standing at a surface, standing with minimal hand support, cruising (side-stepping while holding a surface), and then independent steps. Adaptive standing equipment – including prone standers and upright standers – provides therapeutic positioning that builds the hip and knee extension needed for walking, while also offering the child opportunities to participate in activities at table height.

Walking activities should be embedded in natural contexts. Walking to a specific destination (to get a snack, to collect toys), walking between two people for motivation, or walking along lines of tape on the floor all give the activity purpose. Varying surfaces – carpet, grass, tiles – challenges balance and builds adaptability. Where independent walking remains limited, supported walking with a walker or adult hand support still provides valuable weight-bearing and movement experience.

Climbing activities 🔗

Climbing is one of the most effective strength-building activities available to children and is developmentally appropriate even for children with significant motor delays when properly supervised. Climbing activities build upper and lower body strength simultaneously, develop coordination, and – critically – build confidence and risk management. Low platforms, ramps with rope handles, and simple climbing frames are suitable starting points. The child can begin by stepping up and down a single step, progressing to low climbing frames as strength and coordination improve.

Guidelines for accessible play areas recommend that environments for children with disabilities include low platforms with ramps, ladders, and multiple access points – ensuring climbing opportunities are available without compromising safety.

Running, jumping, throwing, and dancing 🔗

These higher-level motor skills are best developed through games, music, and structured play rather than isolated practice. Research on children with intellectual disability shows that locomotor skills such as running and sliding tend to be relative strengths, while jumping forward with arm swing and object control skills like throwing and catching tend to be more challenging. This means educators should provide extra, targeted practice for these specific skills.

Throwing and catching can be practiced with large, lightweight balls before progressing to standard sizes. Jumping can begin with jumping down from a low step with two-foot landing, moving to jumping over a line on the floor, and then jumping for height. Adapted physical education activities like freeze dance, musical pathways (moving across colored mats to music), and animal movement games (hopping, crawling, stretching) integrate running, jumping, and coordination in a playful, low-pressure format that works for diverse ability levels.

Dancing deserves special mention. Music-based movement activities are highly motivating, require no equipment, and naturally incorporate balance, rhythm, bilateral coordination, and spatial awareness. Group dance activities are particularly valuable because they are inherently inclusive – every child can participate at their own level.

The power of inclusive, group-based play 🔗

One of the most impactful decisions an educator can make is to structure gross motor activities so that children with intellectual disability participate alongside their typically developing peers. Evidence indicates that inclusive physical activity settings provide significant psychosocial benefits – children with ID who participate in group activities with typically developing peers show better social competence, greater motivation, and improved motor performance compared to segregated settings.

Inclusive PE activities such as paired obstacle courses, balloon ball games, and modified team sports can be adapted so that every child participates meaningfully. Simple modifications – softer or larger balls, shorter distances, visual cue cards, or peer partners – ensure accessibility without separating children from the group experience. The National Center on Health, Physical Activity and Disability emphasizes that program objectives should explicitly include children with intellectual and developmental disabilities, and that inclusive physical activity must address not just physical access but also the quality of each child’s experience.

The data on physical activity participation among children with intellectual disability is a clear call to action: research shows that only about one-third of children with ID participate in sports for more than two hours per week, compared to over three-quarters of typically developing children. Structured, inclusive gross motor programming is not optional – it is essential.

Practical principles for educators and caregivers 🔗

Effective gross motor intervention for children with intellectual disability rests on a few consistent principles. First, follow the developmental sequence – don’t rush to walking if rolling and sitting still need work. Second, embed motor goals in functional, meaningful activities rather than treating them as separate from daily life. Third, repeat consistently: children with intellectual disability learn motor skills more slowly and require more practice opportunities than typically developing peers. Fourth, collaborate with physical and occupational therapists when available, since individualized planning makes a significant difference. And fifth, focus on the child’s strengths and build from there – physical activity for children with disability is most effective when it is enjoyable, age-appropriate, and socially connected.

What do you think? Given that gross motor skills develop in a sequence from head control all the way to jumping and throwing, how might you adapt your classroom environment right now – without specialized equipment – to create more opportunities for intentional movement practice? And if you work with a child who is reluctant to engage in physical activity, what strategies have you found most effective for making movement feel safe and motivating?

References

1. https://pmc.ncbi.nlm.nih.gov/articles/PMC10281414/
2. https://alsoweb.org/nonprofit-blog/developing-gross-motor-skills-for-individuals-with-disabilities/
3. https://pmc.ncbi.nlm.nih.gov/articles/PMC6203563/
4. https://www.theottoolbox.com/prone-extension-activities/
5. https://www.physio-pedia.com/Infant_Development_in_Supine
6. https://activelearningspace.org/motor-skills/rolling-over/
7. https://upbility.net/blogs/news/gross-motor-skills
8. https://www.gympanzees.org/our-services/online-resource-hub/developmental-delay/20-games-to-develop-gross-motor-skills-for-developmental-delay
9. https://www.rifton.com/education-center/articles/standing-device-children-special-needs
10. https://www.physio-pedia.com/Inclusion_of_Children_with_Disabilities_in_Free_Risky_Play
11. https://www.hamiltonddsohio.gov/wp-content/uploads/2025/04/Special-Education-Professionals-Perceptions-Toward-Accessible-Playgrounds.pdf
12. https://www.challengedathletes.org/blogs/activities-adapted-physical-education/
13. https://pmc.ncbi.nlm.nih.gov/articles/PMC10071985/
14. https://marathonkids.org/best-adapted-and-inclusive-pe-games/
15. https://www.nchpad.org/resources/a-guide-to-inclusive-physical-activity-programs/
16. https://pmc.ncbi.nlm.nih.gov/articles/PMC11083761/
17. https://raisingchildren.net.au/disability/mental-health-physical-health/children-with-disability-physical-health/physical-activity-children-with-disability