Here's what swimming lessons from a young age quietly wires into your child's nervous system

As swim parents and care givers, we’ve all heard the same sentence:

“I don’t want to go today”.

It might happen after a few weeks, a few months, or even a few years. Maybe it’s because

the early excitement fades, maybe they’ve reached a plateau, maybe they got tired of

swimming the same stroke every week.

Suddenly swimming lessons don’t feel quite as fun as they once did.

We often interpret this moment as a sign that our child simply isn’t interested in swimming.

But in reality, this often signals something all children (and adults) go through at some stage:

the motivation dip.

The Motivation Dip: Why Children Sometimes Want to Quit

When children start learning something new, they’re excited and motivated. But we know

from personal experience and research that motivation tends to follow a predictable pattern.

At first, everything feels exciting: new goggles, new swimsuit, the pool is fun, and every

small success feels like a big achievement - and it is!

Then something changes.

The brain adjusts to the challenge, progress becomes harder, and the early excitement

starts to fade. This is partly linked to dopamine, a neurotransmitter in the brain's reward

system that acts as a chemical messenger to motivate action, reinforce learning, and signal

pleasure.

When that initial novelty fades, children may begin to feel bored, frustrated, or discouraged.

This phase is completely normal, in fact, it’s often where real growth begins. Continuing to

practise through that stage helps children develop persistence, discipline, and confidence.

Sometimes, it’s the parents' motivation that dips. We occasionally see that in our baby

classes where repetition plays a very important part in our very youngest swimmers'

development. Parents however can feel bored with this, and like we discussed in an earlier

post, they may feel they’re stuck in a Groundhog Day.

A Story About Perseverance

Jacqui, recently shared a personal story about her

daughter that perfectly illustrates this journey. Jacqui wrote:

“I have a story to share with an important message.

Melody my 12 year old is now a certified PADI Open Water diver, fully equipped and ready to

explore the underwater world for many exciting years ahead — a wonderful gift for a

12-year-old.

But what makes this achievement even more remarkable is that she wasn’t always a fan of

swimming lessons. Year after year she resisted, hid her gear, and even feigned illness on

lesson days.

In our household, learning to swim was non-negotiable. With all my children, I insisted on

weekly lessons until they graduated from the Kapiti Learn to swim programme, and then continued until age 13 in

either club or squad swimming to build stamina and refinement. Although she initially

protested, she eventually thrived — mastering four strokes, diving, and tumble turns by the

age of 11½. At that point I finally allowed her to stop weekly lessons.

Melody has always loved the ocean — dolphins, whales, swimming year-round, surfing, and

paddleboarding. So when she asked to take an open-water diving course, I confidently said

yes, knowing she had the skills and ability to navigate underwater depths of up to 18 metres.

And she nailed it!

If I had let her resistance dictate her path when she was younger, this incredible opportunity

might never have existed. Many families give up too soon when children protest, but I

encourage parents to persevere — the rewards, and the peace of mind, are well worth it.”

Swimming Builds More Than Just Skills

Melody’s story reflects something swimming teachers see all the time: children often

experience a dip in motivation just before their skills begin to improve.

Swimming lessons support far more than just learning techniques and strokes.

Let’s look at some awesome research.

Research led by Ruth A. Brenner found that swimming lessons can significantly reduce

drowning risk in young children, in fact they found that children who were introduced to

swimming before the age of four, were up to 88% less likely to drown later.

Studies by Stephen Jorgensen and Holly McAnally suggest that children who regularly

participate in swimming often develop strong motor skills, coordination, and confidence.They

found that children who swim demonstrate more advanced cognitive and physical abilities

than their non-swimming peers.

Other research, including work by Sanne L. C. Veldman, highlights how aquatic activity

supports balance, body control, and physical development. Children who swim early and

often, show better balance, coordination, and body awareness years later.

Developmental scientist Adele Diamond has also shown how movement and motor

development are closely connected to cognitive development.

In simple terms, swimming helps build both the body and the brain, and the pool becomes a

training ground for emotional resilience.

Why Encouragement Matters

Children benefit from having the freedom to explore different activities and learn different

skills. When parents understand the ‘motivational dip’ pattern, they can be better equipped to

offer steady encouragement when learning becomes challenging.

When we guide children through moments of frustration, we help them discover an important

lesson: meaningful progress often comes after effort, not just excitement.

Those moments build resilience that extends far beyond the swimming pool. And who knows

what exciting paths this perseverance can lead to? Just like Melody has finally learnt!

References

Brenner, R.A., et al. (2009). Association between swimming lessons and drowning in

childhood: A case-control study. Archives of Pediatrics & Adolescent Medicine.

Jorgensen, S., & McAnally, H. (2013). The Griffith University Early Childhood Swimming

Study: The effect of early swimming on child development. Griffith Institute for Educational

Research.

Veldman, S.L.C., et al. (2019). The effects of aquatic physical activity on motor development

in early childhood. Sports Medicine.

Diamond, A. (2000). Close interrelation of motor development and cognitive development

and of the cerebellum and prefrontal cortex. Child Development.

Porges, S.W. (2011). The polyvagal theory: Neurophysiological foundations of emotions,

attachment, communication, and self-regulation. Norton Series on Interpersonal

Neurobiology