A meta-analysis of 17 studies found a small but statistically significant association between motor competence and better mental health in youth (effect size 0.30), though most evidence came from cross-sectional studies that cannot establish causation. The relationship varied by age, type of motor skill measured, and mental health outcome examined.
Researchers conducted a systematic review and meta-analysis examining whether motor competence - the ability to perform physical movements with control and confidence - correlates with mental health outcomes in young people aged 5-19. The team searched five major databases and identified 17 studies meeting their criteria, spanning publications from 2015 onward. This represents a focused synthesis of relatively recent evidence on a question that has received growing research attention but remains understudied compared to physical activity's broader mental health effects.
The primary finding was modest but clear: across the 15 studies with sufficient data for statistical pooling, motor competence showed a small positive association with mental health outcomes, with an effect size of 0.30 (95% confidence interval 0.20-0.40). To contextualize this, effect sizes around 0.20-0.30 are typically classified as small, meaning that while the relationship is real and consistent, motor competence alone explains a limited portion of mental health variation. The heterogeneity in findings was substantial, indicating that this 0.30 effect masked considerable variation in how strongly the relationship held across different studies and populations.
Several study characteristics moderated the strength of this association. Age emerged as relevant, though the review did not specify in which direction younger versus older youth showed stronger connections. Study design mattered significantly: the 14 cross-sectional studies that made up the majority of the evidence base cannot determine whether better motor skills lead to improved mental health, whether better mental health enables youth to develop motor skills more readily, or whether both stem from a third factor like supportive coaching or family environment. The researchers flagged this limitation explicitly, calling for more experimental studies, particularly in adolescents.
The type of motor skill assessed and mental health domain measured also influenced results. Motor competence encompasses multiple dimensions: gross motor skills (like running and jumping), fine motor coordination (like handwriting), and overall motor performance on standardized tests. Mental health similarly varied across studies, including measures of anxiety, depression, self-esteem, life satisfaction, and general psychological distress. Some combinations of motor skill type and mental health outcome showed stronger associations than others, though the abstract did not detail which pairings were most robust. Publication bias assessment using funnel plots and Egger's regression test did not reveal systematic bias toward positive findings, suggesting the reported effect size is unlikely to be substantially inflated by selective reporting.
The evidence here suggests motor skill development is associated with better mental health in young people, but several important caveats apply. First, this is correlational evidence in most cases, not proof that improving motor skills will improve mental health. If you're considering activities to support a young person's mental health, this research adds to the case for structured physical activity and sport participation, but it should not be viewed as a replacement for evidence-based mental health interventions like cognitive behavioral therapy when they are clinically indicated.
Second, the effect size is small. This means motor competence is one factor among many influencing mental health outcomes in youth. Sleep quality, sleep-duration, social connection, nutrition, and psychological support remain critically important. Motor skill development appears to be a complementary piece of a broader mental health strategy, not a standalone treatment.
Third, the quality of evidence matters. Most studies were cross-sectional snapshots rather than intervention trials tracking whether motor skill training actually improves mental health over time. The researchers explicitly identified this as a gap, meaning we have a reasonable association to work with but limited mechanistic understanding. That said, the consistency of small positive associations across 17 independent studies suggests the relationship is unlikely to be spurious.
For practitioners: consider how youth in your care have opportunities to develop motor competence in settings they find motivating - whether through sports, dance, martial arts, or unstructured play. The mental health benefits appear modest but real, and these activities offer other advantages like fitness, social connection, and confidence building.
For researchers: the call is clear. Experimental designs in adolescents are needed to clarify causation and identify which specific motor skills and types of training most robustly support mental health improvements.
| Characteristic | Details |
|---|---|
| Study Type | Systematic review and meta-analysis |
| Databases Searched | APA PsycINFO, CINAHL Complete, PubMed, Scopus, SPORTDiscus |
| Studies Included | 17 peer-reviewed studies (15 with analyzable data) |
| Publication Window | 2015 onward |
| Population | Youth aged 5-19 years, healthy samples |
| Primary Finding | Motor competence associated with mental health, effect size 0.30 (95% CI 0.20-0.40) |
| Study Design Distribution | 14 cross-sectional, 3 prospective/longitudinal |
| Age Distribution | 13 studies in children, 4 in adolescents |
| Key Moderators | Study design, participant age, MC assessment type, mental health domain, risk of bias |
| Publication Bias | No significant bias detected on Egger's test |
| Registration | PROSPERO CRD42024495894 |
Associations Between Motor Competence and Mental Health in Youth: A Systematic Review and Meta-Analysis. European Journal of Sport Science. PubMed: 42399590
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