Getting babies and toddlers off screens relies far more on physical play and low-tech toys than on sheer willpower or strict enforcement. When young kids engage in body-based exploration, peer interaction, or simple homemade toys, meeting screen time guidelines becomes dramatically easier.
Toddlers who engage in active physical play or play with simple, homemade objects are significantly more likely to stay within recommended screen time limits, though infants under age two remain the hardest group for parents to keep screen-free.
Managing screen time in early childhood often feels like an exhausting daily negotiation. Instead of focusing solely on taking devices away, changing the type of offline play available creates a natural barrier to screen use.
Substituting commercial toys with open-ended materials or physical play gives parents a practical lever to reduce screen reliance without constant battles.
Health authorities recommend zero screen time for infants under two, yet compliance rates worldwide remain low. Researchers wanted to pinpoint which daily play routines and family dynamics actually help parents meet these strict targets during the earliest developmental stages.
Simple play environments and active movement serve as the strongest buffers against excessive media use in early childhood.
- Physical play changes the math: Children who engaged in body-based exploratory play were nearly three times more likely to meet screen guidelines than those who did not.
- Peer interaction protects: Playing alongside other children more than doubled the likelihood of meeting recommended screen limits.
- Low-tech toys win out: Using homemade toys—like pots, pans, or cardboard boxes—nearly doubled the odds of staying within appropriate screen limits compared to relying on commercial options.
- Infants are the hardest hit: Children under age two were 60% less likely to meet guidelines than two- and three-year-olds, highlighting how difficult the strict "zero-screen" rule is to maintain in infancy.
- Two-parent households have an edge: Living with both parents increased the odds of meeting screen guidelines by four times, underscoring how extra hands ease screen dependence.
Strict screen limits are rarely just a matter of parental discipline; they are a direct function of available adult support and home environment. When parents are stretched thin—especially in single-parent households—screens often become an unavoidable co-parent.
Meanwhile, commercial toys designed to entertain kids passively may actually prime children for screen-seeking behavior. Simple homemade materials demand active engagement, keeping devices out of mind.
This study captures a single snapshot in time from 278 mothers in Brazil through online surveys. Because it relies on maternal self-reporting, mothers may have underreported screen exposure to align with social expectations.
Additionally, the cross-sectional design shows a strong link between active play and lower screen use, but it cannot prove that play habits directly cause the reduction.
- If you are struggling to keep your under-two infant screen-free during daily chores: Swap passive commercial toys for safe, low-tech kitchen items like plastic bowls and wooden spoons to engage their hands and curiosity.
- If screen time tends to spike during quiet afternoon hours: Schedule regular playdates or sibling group activities, as peer interaction naturally crowds out device use.
- If you are parenting solo or short on adult support: Prioritize active, body-based floor play—like indoor crawling obstacle courses—to burn toddler energy without leaning on digital media.
Keeping toddlers off screens isn't about setting stricter rules; it is about providing physical movement, peer play, and simple open-ended objects that capture their attention. Lean into low-tech play to make screen limits enforce themselves.
Furtado MCC, Brandão Neto W, Riccioppo MRPL et al. (2026). Screen Time and Social Development Through Play in Early Childhood: A Cross-Sectional Study. Children (Basel, Switzerland). doi:10.3390/children13060715 — pubmed.ncbi.nlm.nih.gov