The 7-Minute Dopamine Boost: How HIIT Supports Kids’ Emotional Regulation

You can support emotional regulation in your child in as little as 7 minutes per day with this fun animal themed HIIT workout for kids!

Our lives are so busy that finding time for new activities can feel impossible.

But 7 minutes?  It’s such a short period of time that for most of us, it’s doable. And the impact on your child’s emotional regulation can be huge.

Note: This article was originally written for my blog, Raising an Extraordinary Person in 2018, which has since merged into Think Sensory. It’s been shared and downloaded close to 2 million times, making it one of my most popular activities of all time, so I’m excited to share it over here as well.  

Emotional Regulation and Dysregulation

Emotional regulation is the ability to manage and respond to an emotional experience effectively. People unconsciously use emotion regulation strategies to cope with difficult or stressful situations many times throughout each day.

When a child experiences dysregulation, they’re overwhelmed and need support managing big emotions.

These overwhelming emotions can trigger a nervous system response, leading to big emotional reactions, outbursts, or meltdowns.

This is extremely common for neurodivergent children, such as those who are autistic, have ADHD, or sensory processing differences.

Emotional regulation can be achieved in two ways:

  • Self-regulation means you can regulate your emotions on your own.
  • Co-regulation (sometimes called mutual regulation) means you need someone to help you regulate your emotions.
"Infographic titled 'Co-Regulation vs Self-Regulation' from Think Sensory. The graphic is divided into two columns. The left column, labeled Co-Regulation, states: Your child needs you to help them regulate their emotions; When they're upset, you need to soothe them and help them calm down; They cannot use healthy coping strategies independently. The right column, labeled Self-Regulation, states: Your child can calm down and cope with emotions all on their own; They can walk away from a frustrating situation unprompted; They can take a break, use a coping strategy to calm down, and return to an activity without adult support. Below both columns, the infographic reads: Most kids rely on co-regulation some, if not all, of the time. Even adults rely on co-regulation; for example, we seek comfort from our spouse or friends when we're upset. Co-Regulation is normal and healthy."

Co-regulation happens when your nervous system responds to and syncs with another person’s calm, regulated state. When you offer your calm presence to your child during their dysregulation, their nervous system can begin to settle by matching yours.

This is why your own regulation matters so much when supporting your child.

Most kids need help sometimes, or even all the time, with emotional regulation. This is normal; even adults seek comfort from their loved ones when they are experiencing big or uncomfortable emotions.

However, with support and practice, many children develop tools for handling day-to-day emotional moments more independently. Some kids will always need more support and co-regulating than others, just like some adults do.

Exercise is one way to help support children’s nervous systems and self-regulation, and it doesn’t need to be a time-consuming activity.

Short intensive bursts of physical activity provide better results than longer durations of exercise with less impact.

I created this 7-minute workout designed to be both fun for kids and high-impact for maximum benefits!

But I want to break down the science a bit more for anyone who is interested.

How Does Exercise Improve Emotional Regulation?

Our mind, brain, and body are all interconnected.

When your child is experiencing dysregulation, their brain produces high levels of the stress hormone cortisol. It also produces adrenaline. An increase in cortisol and adrenaline spikes anxiety and dysregulation by activating the sympathetic nervous system.

The sympathetic nervous system is the part of your nervous system that controls the fight-or-flight instinct and plays a key role in our responses to stressful situations. When fight-or-flight is activated, there is a huge spike in adrenaline, which is what occurs during a meltdown.

When this occurs, functional and social communication skills decrease – because the brain can’t access the prefrontal cortex, which controls executive functions.

"Infographic titled 'Sympathetic Nervous System' from He's Extraordinary. The introduction reads: A network of nerves that function as your body's built-in alarm system. This system's activity increases when you feel stressed, in danger (real or perceived), and physically active. This is the system that controls your fight-or-flight instinct.
The infographic is divided into six sections. Activation: When faced with stress or danger (real or perceived), a region in the brain called the hypothalamus activates the sympathetic nervous system. An illustration shows a cartoon brain pressing a red panic button. Physical Response: Heart rate increases, pumping blood to muscles and vital organs; Breathing accelerates, enhancing oxygen intake; Pupils dilate for better vision; Muscles tense up, priming for action. Brain Response: As the sympathetic nervous system floods the body with stress hormones like adrenaline and noradrenaline, the prefrontal cortex partially shuts down. The prefrontal cortex controls planning, decision-making, problem-solving, controlling impulses, logic, reasoning, and communication skills. An illustration shows a side profile of a head with a brain highlighted. Recovery: 20 to 60 minutes after the threat has passed, the body begins recovering. Fight or Flight Behaviors in Kids: Fight includes aggression, destruction, and defiance, illustrated by a cartoon child sitting cross-armed and angry. Flight includes avoidance, withdrawal, and rushing, illustrated by a cartoon child huddled with their head in their hands. Impact: Children are unable to respond to logic, reasoning, or threat of consequences; Challenging to find the words to describe their thoughts, feelings, and what triggered them, and may become non-verbal. Advice for Parents: Provide support and safety; Co-regulation strategies; NVCI and De-escalation; Adjust expectations."

Research shows that exercise helps regulate cortisol and adrenaline levels, which helps support emotional regulation. Exercise can also help reduce feelings of anxiety because it causes the brain to produce more dopamine and endorphins, the brain’s natural mood lifters.

When our brains have lower cortisol levels and more dopamine levels, self-regulation becomes much easier.

"Infographic titled 'How Exercise Improves Emotional Regulation' from Think Sensory. The center of the graphic features an illustration of a young boy in an orange shirt and dark pants in an active, lunging pose on an exercise mat, surrounded by sparkle icons suggesting energy and movement. Four text boxes are arranged around the illustration in a circular, clockwise flow connected by green arrows. Starting at the upper left and following the arrows: Exercise increases levels of dopamine and endorphins in the brain. An arrow points right to: Regulates cortisol and adrenaline levels in the brain, which are associated with stress. An arrow points down to: Mood is improved and anxiety decreased because endorphins are natural mood lifters. An arrow points left to: This combination results in the brain being primed for optimal self-regulation. The Think Sensory logo appears at the bottom of the graphic."

Understanding Dopamine and Synaptic Function

The benefits don’t stop there, though. Let’s dig a little deeper into what’s happening in the brain.

Your brain is made up of billions of nerve cells called neurons. These neurons communicate with each other by sending chemical signals across tiny gaps called synapses.

You can think of synapses like tiny bridges that messages have to cross to get from one brain cell to another.

"Infographic titled 'How Dopamine Helps Brain Cells Communicate' from Think Sensory. The graphic contains two scientific illustrations. The first illustration shows two neurons connected by a synapse. The neuron on the left is labeled Pre-synaptic, or sending, neuron. The neuron on the right is labeled Post-synaptic, or receiving, neuron. The point of connection between them is labeled Synapse. The second illustration is a close-up diagram of the synapse, showing the internal process of dopamine transmission. On the left side, the pre-synaptic neuron contains large green circular structures representing dopamine molecules being released. The gap between the two neurons is labeled Synaptic Cleft. On the right side, the post-synaptic neuron surface shows Y-shaped structures labeled Receptors, which receive the dopamine molecules as they cross the synaptic cleft. The Think Sensory logo appears at the bottom of the graphic."

Dopamine is one of several chemical messengers (neurotransmitters) that crosses these bridges. Your brain uses many different neurotransmitters – including serotonin, norepinephrine, GABA, and glutamate – each with different jobs. Dopamine plays a particularly important role in motivation, focus, reward, and motor control.

When dopamine levels are low, communication in certain brain pathways doesn’t work as efficiently. Messages get delayed or don’t get through clearly. This affects everything from motivation to focus to emotional regulation.

When you exercise, your brain produces more dopamine. This means more chemical messengers are available to cross those synaptic bridges. The increased dopamine improves how well those specific synapses function – messages travel faster and more reliably in those circuits.

As a result, the brain circuits that rely on dopamine work better. Information retrieval becomes easier.

This means that your child’s ability to access what they already know, think more clearly, and process information all work better.

Overall, exercise helps put the brain is in a better state for learning and functioning compared to if you hadn’t exercised.

Why HIIT Specifically?

HIIT (High-Intensity Interval Training) works differently than steady-state exercise like jogging or walking. The intense bursts followed by short rest periods trigger a stronger neurochemical response in the brain.

Your child’s heart rate spikes quickly during the intense intervals, which signals the brain to release those helpful neurotransmitters more efficiently than longer, gentler exercise would. The short rest periods allow partial recovery, then the next interval triggers another surge.

This pattern of intensity and rest creates repeated waves of neurochemical changes – more dopamine, lower cortisol – that add up to bigger benefits in a shorter amount of time.

Think of it like flipping a light switch on and off repeatedly versus slowly turning a dimmer – you get more dramatic, effective brain changes faster.

7-Minute HIIT Workout for Emotional Regulation

These are the instructions for the 7-minute animal-themed HIIT workout I created to help kids with emotional regulation.

You can download the printable poster and instructions below.

For this workout, you will need:

  • An interval timer (I use an app called Interval Timer)
  • Water
  • Sneakers
  • Music
  • Optional: kids yoga mat

That’s it. You can do this exercise anywhere.

Shove some furniture out of the way if you need to make a little more room.

Ideally, this should be done first thing in the morning, especially on school days. These exercises provide the kind of stimuli that get the brain ready and willing to learn.

Teachers can also use this workout during the day to offer their students a brain break. This is particularly helpful on days when the weather doesn’t allow students to play outside during break times.

However, I’ve also received feedback from parents that doing this workout a second time after school helps reduce after-school meltdowns because many kids struggle with emotional regulation in the afternoon.

Before You Begin

Set your interval timer for 7 rounds of 45 seconds of work and 15 seconds of rest, totaling 7 minutes.

If you want, you can play your child’s favorite upbeat music and get ready to go hard. Your child (and you! You’ve got to model what you want to see!) should be doing as many repetitions of these exercises as possible in 45 seconds. 

The goal is to be tired, breathing heavily, and your heartbeat elevated at the end of these 7 minutes.

These exercises are all animal-themed to make them fun for kids! But many of them are moves you may already be familiar with.

Adaptations and Modifications

If your child finds some of these movements difficult, modify them. Do smaller hops, slower movements, or fewer reps. The goal is getting their heart rate up, not perfect form.

Some kids with motor planning challenges or low muscle tone might need to start with gentler versions of these movements – that’s completely fine. Meet your child where they are.

For children with physical disabilities or significant motor challenges, you can adapt movements to what works for their body.

The key is finding ways to get their heart rate elevated in whatever way their body can move. Even modified movements done with intensity can provide neurochemical benefits.

Sensory Considerations

Pay attention to how your child responds to different movements. Some kids may find certain movements (jumping, stomping) dysregulating rather than regulating, depending on their sensory profile.

If you notice a particular exercise seems to overwhelm your child rather than energize them, swap it out for a different movement that gets their heart rate up without the sensory overwhelm.

Some kids might need:

  • Lower impact movements (step-touches instead of jumps)
  • Less vestibular input (marching in place instead of running)
  • More proprioceptive input (add hand weights or a weighted vest if they have one)

What If Your Child Resists?

The goal is making this feel like play, not pressure. Use your silly voice. Roar like a gorilla. Stomp like you mean it.

If your child doesn’t want to participate, don’t force it. You can model the movements enthusiastically and often kids will join in when they see you having fun. Some days they might only do a few of the exercises – that’s okay too.

Follow their lead. Forced exercise won’t provide the regulation benefits you’re looking for because it just adds stress instead of reducing it!

Instructions

Frog Hops

These are exactly what they sound like. Hop back and forth like a frog. Depending on how much room you have, you may need to hop in one place.

Bear Walk

Place your hands and feet on the floor. Your hips and butt should be in the air, higher than your head. On all fours, take two steps forward and two steps back, then repeat.

Gorilla Shuffles

Sink down into a low sumo squat and place your hands on the ground between your feet. Shuffle a few steps to the left and then back a few steps to the right. Maintain the squat and ape-like posture throughout the entire movement.

Starfish Jumps

These are jumping jacks! Do as many as you can, arms and legs spread wide like a starfish!

Cheetah Run

Run in place as fast as you can!

Crab Crawl

Sit with your knees bent and place your palms flat on the floor behind you near your hips. Lift your body off the ground and “walk” on all fours forward and backward.

Elephant Stomps

Stand with your feet hip-width apart and stomp, raising your knees to hip level or as high as you can. Try to hit the palms of your hands with your knees.

And You’re Done!

Take some time to cool down slowly.

Do some stretches or yoga poses, and let your heart rate return to normal. Those 7 minutes will give you and your kiddos a boost that will leave you feeling great for hours!

The animal theme makes this workout enjoyable for kids. Encourage them to use their imagination and make this workout feel like play.

If your kids love this workout, you can also try this 8-minute workout for kids.

Want a printable version of this workout?

7-Minute HIIT Workout for Kids

Printable version of the 7-minute HIIT workout for kids.

Prefer to Follow Along with a Video?

We recently had Mike of MVT Fitness film this animal HIIT workout for us, so now you and your kids can follow along with the video together!

Other Benefits of Exercise for Kids

Aside from helping to support emotional regulation, there are other benefits to high-intensity exercise for kids.

Reduces fidgeting: When kids get intense physical input, their bodies often feel more settled afterward. The proprioceptive and vestibular input from movements like jumping and running can help reduce the need to fidget because their sensory needs have been met. This is especially helpful for kids who seek movement throughout the day – the intense bursts give them what their nervous system is looking for.

Improves sensory integration: HIIT workouts provide intense sensory input across multiple systems – vestibular (balance and movement), proprioceptive (body awareness), and interoceptive (internal body signals). This helps the brain practice processing and integrating sensory information more effectively. Over time, this can help kids handle sensory input more smoothly in daily life.

Increases focus: The neurochemical changes triggered by exercise – increased dopamine and reduced cortisol – directly improve attention and concentration. Studies show that kids often demonstrate better focus for several hours after intense exercise. This is why doing this workout before school or homework time can be particularly effective.

Improves the ability to learn new information: When the brain is in that optimal neurochemical state we talked about earlier, with higher dopamine and lower stress hormones, it’s primed for learning. New information sticks better because the synaptic connections are working more efficiently. This is why many teachers report that students who exercise before class retain information better.

Improves communication skills: When stress hormones are lower and dopamine is higher, the prefrontal cortex functions better. This is the part of the brain responsible for language processing and communication, so kids often communicate more clearly after exercise. You might notice your child can express their needs or feelings more easily after physical activity.

Positively influences learning on a cellular level: Exercise increases something called brain-derived neurotrophic factor (BDNF), which helps brain cells grow and form new connections. Think of it as fertilizer for the brain – it helps neural pathways develop and strengthen. This means the physical structure of the brain actually changes and improves with regular exercise.

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