Why Your Baby Needs to Struggle: The Case for Stepping Back

Babies need age-appropriate struggle to develop properly. Effort during tummy time, reaching, rolling, and early problem-solving builds the neural pathways that support motor skills, cognitive ability, and emotional resilience. Around 90% of brain development occurs before age five, and the 0-18 month window is the most critical phase. The work of social psychologist Jonathan Haidt, particularly his concept of antifragility and his book The Anxious Generation, suggests that overprotection during these early months can quietly undermine the very capabilities parents most want to build.

Here's a question worth sitting with for a moment: are we raising the most protected generation of children in history — and could that actually be the problem?

It's a provocative idea, but the science backs it up. The first three years represent the most explosive period of neurological growth a human being will ever experience, and the 0-18 month window is the most critical slice of all. The experiences your baby is having right now — the reaching, the rolling, the straining to lift their head during tummy time — aren't just cute milestones to photograph. They are literally wiring the brain. Every physical challenge, every moment of effort, every time your baby tries and fails and tries again, a neural pathway is being built or strengthened.

What does antifragility mean for babies?

Antifragility, a concept popularised by writer Nassim Taleb and applied to childhood by social psychologist Jonathan Haidt, describes systems that don't just survive stress, they grow stronger because of it. Children are a prime example. The immune system is the clearest case: a child who is never exposed to dirt, germs, or minor illness develops a weaker immune system, not a stronger one. The same principle applies to physical and cognitive development. A baby straining to lift their head during tummy time is not suffering — they're working. That effort is building the neck, core, and shoulder strength that will later become the foundation for crawling, standing, throwing, and kicking. The discomfort is the development.

Can overprotection harm baby development?

Research into early childhood development has consistently shown that the instinct to shield children from every bump, failure, and frustrating moment, however well-intentioned, can quietly backfire. Haidt and his co-author Greg Lukianoff argue in The Coddling of the American Mind that a culture of "safetyism" is producing children who arrive at later stages of life more anxious and less equipped to handle adversity. Haidt's more recent book The Anxious Generation extends the argument further, linking the decline in unsupervised play to rising rates of childhood anxiety. The roots of this don't begin at school age. They begin in infancy.

Pellegrini and Smith's foundational research on play deprivation (1998) found that when children — even very young ones — are denied the opportunity to struggle, explore, and self-direct, their development is measurably affected. Not just emotionally, but physically and cognitively too. The parent who rushes to rescue their baby at the first cries of effort during floor play isn't doing harm deliberately. But they may be interrupting something important — the early formation of self-regulation and executive function, the brain's capacity to plan, persist, and manage frustration.

There's also a subtler dynamic at play. Some structured play during infancy is genuinely valuable, but babies shouldn't become entirely dependent on it. When parents orchestrate every moment of how their infant "should" play rather than following the child's lead, babies can learn to suppress their own instinctive curiosity in favour of seeking parental approval. Authentic exploration gets quietly replaced by performing for an audience.

How does free play build athletic ability?

The qualities that define great athletes — spatial awareness, decision-making under pressure, adaptability, coordination, and persistence — don't begin at football training or swimming lessons at age five. They begin on the floor of your living room when your six-month-old is reaching for a toy just out of grasp. That reaching, straining, rolling, and crawling toward something they want is goal-directed movement. It's early problem-solving. It's the sporting mindset in its most primitive and beautiful form. Sport scientists call this early motor learning, and the neural circuits it builds are the same circuits a child relies on years later when learning to dribble, catch, or pivot.

The American Academy of Pediatrics has been unambiguous on this point. In a major 2018 review (Yogman et al., Pediatrics), they concluded that play enhances brain structure and function, promotes executive function, and supports the development of foundational motor skills with lifelong benefits. It is, in their words, not frivolous. For sports-minded parents, this is worth repeating: the athletic foundation you want to build in your child is being laid right now, in the earliest months of life through movement, exploration, and play.

In our combined thirty-plus years working with young children in physical education, the babies who arrive at school most ready to play sport aren't the ones who've been most protected. They're the ones who've been allowed to fall over, miss the catch, and get back up. Anecdotally, some of our most talented athletes have been students new to the country from war-torn backgrounds — children who've had to fend for themselves long before they reached us, and who carry that earned resilience onto the pitch.

What's the right balance between free play and structure?

None of this means structure has no place. It absolutely does. Research consistently points to what developmental psychologists call "serve and return" — the back-and-forth between caregiver and child that scaffolds new skills and builds confidence. Being present, responsive, and engaged matters enormously. The Infant to Athlete course is built around providing exactly these kinds of experiences across the first 18 months.

The key is knowing when to guide and when to get out of the way. Set up environments where your baby can explore safely. Put interesting objects within reach. Get down on the floor with them. Then let them lead. Watch what they figure out when you resist the urge to jump in. You'll often be surprised. Haidt puts it well: children benefit most from a secure base alongside the freedom to explore and take age-appropriate risks. Developmental psychologists call this autonomy support, and the two aren't in conflict. A baby who feels safe with their caregiver is actually more willing to explore independently, not less.

How can parents support antifragile development at home?

  • Resist the rescue reflex: When your baby strains during tummy time or struggles to reach a toy, pause for ten seconds before stepping in. The effort is building strength and persistence.

  • Create yes-spaces: Set up an environment where almost everything within reach is safe. Then let your baby explore freely without constant "no" or redirection.

  • Allow age-appropriate risk: Climbing a small step, navigating uneven surfaces, mouthing safe objects — what developmental psychologists call risky play builds judgement and motor confidence.

  • Follow the lead: Watch what catches your baby's attention and build on it, rather than directing the play yourself. Authentic curiosity beats performance.

  • Be present, not performative: "Serve and return" works best when you're engaged but not orchestrating. Respond, don't lead.

Why does this matter so much in the first 18 months?

Generations of children who played freely, took physical risks, experienced failure, and worked through challenges grew up to be more resilient, more capable, and more confident adults. This isn't nostalgia — it's a pattern that shows up consistently across developmental research. The reverse appears to be true too: as unsupervised play time has declined over recent decades, rates of anxiety and poor resilience in young people have climbed.

The good news is that none of this requires dramatic changes. You don't need to overhaul your home or follow a rigid programme. You just need to trust the process a little, and trust your baby a little more. Give them space. Let them struggle within reason. Watch what they figure out on their own. The effort on their face isn't distress — it's growth.

Take it further

Understanding why your baby's earliest experiences matter so much changes how you see every moment of floor play, every tummy time session, every time they reach for something just out of grasp. The Infant to Athlete course was built around exactly this window — the first 18 months — because the science is clear that this is when the foundations are laid. Not just for development in general, but for athletic potential, coordination, confidence, and the kind of resilient, curious mindset that serves children for life. Built on 100+ scientific studies and 30+ years of combined coaching experience.

Gary South

Gary is the founder of Infant to Athlete and has consulted on Physical Education and sports coaching internationally.

References

  • Lukianoff, G., & Haidt, J. (2018). The Coddling of the American Mind: How Good Intentions and Bad Ideas Are Setting Up a Generation for Failure. Penguin Press.

  • Haidt, J. (2024). The Anxious Generation: How the Great Rewiring of Childhood Is Causing an Epidemic of Mental Illness. Penguin Press.

  • Shonkoff, J. P., & Phillips, D. A. (Eds.). (2000). From Neurons to Neighborhoods: The Science of Early Childhood Development. National Academy Press.

  • Yogman, M., Garner, A., Hutchinson, J., Hirsh-Pasek, K., & Golinkoff, R. M. (2018). The power of play: A pediatric role in enhancing development in young children. Pediatrics, 142(3), e20182058.

  • Taleb, N. N. (2012). Antifragile: Things That Gain from Disorder. Random House.

  • Pellegrini, A. D., & Smith, P. K. (1998). Physical activity play: The nature and function of a neglected aspect of play. Child Development, 69(3), 577-598.

  • Byers, J. A., & Walker, C. (1995). Refining the motor training hypothesis for the evolution of play. The American Naturalist, 146(1), 25-40.

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