Rehabilitation and Physical Activity in Autism Spectrum Disorder: What the Evidence Shows
Dr. Uladzislau Tsvirko
23 aprile 2026
Up to 83% of children with ASD have difficulties with age-expected motor skills. Contemporary meta-analyses show that structured rehabilitation improves gross motor function, balance, coordination and participation in daily activities.
Why Rehabilitation in Autism
Autism spectrum disorder (ASD) is a neurodevelopmental condition affecting not only communication and social interaction but also motor development. Research shows that up to 83% of children with ASD struggle with age-expected motor skills. Rehabilitation and structured physical activity are increasingly viewed as an important component of comprehensive support in autism, aimed at improving gross motor function, balance and functional independence.
Impact on Gross Motor Function
An experimental study of 20 children with ASD aged 4–7 compared a structured exercise programme (60 minutes, three times a week, over 8 weeks) with standard physiotherapy. The structured-programme group showed statistically significant gains in gross motor function. Standard physiotherapy also produced positive effects, but to a lesser extent. The conclusion: targeted and structured physical-activity programmes are more effective than non-specific physiotherapy.
Balance and Coordination: The Role of Playful Rehabilitation
In another study, 30 children with ASD aged 4–6 were offered two approaches: sessions in a gym and interactive exercises on a smart-board with balance platforms and unstable surfaces. Both 5-week programmes improved balance, coordination and overall motor function, but the greatest effect came from the interactive-gaming group — driven by higher motivation and engagement. Both methods were judged simple enough for home use with parental support.
Evidence from Systematic Reviews
A systematic review of 41 studies (2000–2019, more than 1,100 children) found that physical education improves motor skills and engagement in activity; hydrotherapy, motor-skill programmes, exergaming and equine therapy positively affect balance, coordination and functional ability; visual instructions are more effective than verbal ones for teaching motor skills. The authors note that overall evidence quality remains limited due to small samples and methodological heterogeneity.
Meta-Analysis of RCTs: Effect on Core Symptoms
A meta-analysis of 28 randomised controlled trials on Physical Exercise Therapy (PET, 1,081 participants) reported significant improvement in motor function, a reduction in restricted and repetitive behaviours, and a moderate improvement in social functioning. Only 3 of the trials were judged high-quality, so overall risk of bias remains high and results should be interpreted cautiously.
Clinical Takeaways
The cumulative evidence supports the following conclusions: rehabilitation and physical activity are effective in ASD, particularly for motor development, balance and coordination; structured and play-based formats yield the strongest engagement and results; structured rehabilitation can indirectly benefit behaviour and social functioning. Rehabilitation does not treat autism itself but it is a safe and meaningful component of comprehensive care — improving functional independence, adaptation and quality of life.