🧠 The Kids Who Need Movement vs. The Kids Who Don’t
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1:40 pm. You call a 3-minute movement break.
27 kids stretch. 1 kid bounces off the bookshelf, and now you spend the next 10 minutes getting him back in his seat.
So you stop doing movement breaks. For everyone.
I've heard it from new teachers, 25-year veterans, and a lot from admin:
"Movement breaks work for the kids that can handle them. But if I did one, my dysregulated kids would spin out and I'd never get them back."
I've definitely thought it myself, about my students and my own kid. 🙋♀️
I promise you, you're not the problem.
The way we were taught to run a movement break is the problem.
This post references tools and resources found in The Neurodivergent Toolkit.
The Kids Who Need It Most Gain The MOST 🧠
In 2006, Matt Mahar and his team ran a study they called Energizers: short movement breaks led by real teachers in a real elementary school. 135 students got the breaks and 108 didn't. Researchers watched 62 third and fourth graders before and after each break.
Here's what they found:
- On-task behavior rose 8% overall ✅
- On-task behavior rose 20% in the students who were LEAST on-task to begin with 🚀
The kids who needed it most got the biggest gain.
In 2011, Adele Diamond and Kathleen Lee published a massive review in Science. They laid side by side the programs shown to help executive function develop in kids 4 to 12. Aerobics, martial arts, yoga, mindfulness, curriculum programs, all of it.
Their finding? 👇
"Children with worse executive functions benefit most from these activities."
That's not a movement finding. That's a how brains develop finding. So connecting it to your movement break is my step, not theirs. But it lines up with Mahar: the kids with the most room to grow, grow the most.
Translation: Universal supports aren't a distraction from the students who need help most. For those students, universal supports ARE the help. 💪
Here's What "Spinning Out" Actually Looks Like 👇
The break ends. You say, "Okay, open your math books." And then:
- he's still bouncing in his chair
- he's loud, and now 3 kids around him are loud too
- "WAIT, can we do one more?"
- head down on the desk, done for the day
- an argument over which page you said
It looks like the movement wound him up. And sometimes it does. 😅
But not because movement is wrong. It's because the break had no clear end and dropped him straight into the hardest task of the day. The return was designed poorly.
No clear end + a hard demand right after → threat spike → the PFC thinking brain 🤓 (prefrontal cortex) goes offline → the LS survival brain 🧟 (limbic system) takes over.
That's not a kid who "can't handle" movement.
That's a kid whose brain didn't know the break was over, and then got hit with something hard before it could come back online.
The Mahar study didn't just plop kids into freeform chaos. It used structured, teacher-led breaks with a clear beginning and end. That's the version that produced the 20%.
Every step I use for this is laid out in the Neurodivergent Toolkit. Get it [HERE]
What Teachers Can Do With This 👇
1) Give every break the same start and the same end.
Use the Instruction Kit and run Predictability (pg 20) on your next break. The movements can change. The way the break starts and ends stays the same every time: the same signal to start, and a countdown from 5 to end it.
The goal is not "a calmer kid."
The goal is a brain that knows exactly when the break is over.
When one of my toughest kids started coming to me after gym, this is what helped the most. Predictability automated the break, so they didn't even have a chance to get upset before it. Their body just did it, and then felt the benefit.
2) Land the return on something easy.
Use Soft Starts (Instruction Kit, pg 11) right after the break. Don't launch into the hardest task of the day. Start with something the brain feels 100% competent at, like copying the date, one review problem, or a 2-minute sketch. Then move to the hard task.
If we go straight from the break to the hardest task of the day, we'll keep blaming the movement for what the return caused.
This is a win in every classroom I teach and coach in. It's called a task anchor, and in my classrooms it doubles participation, because it's easier for the brain to do it than not.
Closing Thought 🍃
If you take nothing else from this post, take this:
The kid you're most afraid to give a movement break to?
Is the kid the research says will gain the most. 🎯
Your fear feels real. The actual evidence just doesn't back it up.
Quick Note
The Instruction Kit, the Classroom Environment Kit, and the Behavior & Needs Detective are all inside the Neurodivergent Toolkit.
If you want the one toolkit that helps you meet psychological needs for all students in your classroom, that's the Neurodivergent Toolkit.
Not ready for the full toolkit? Grab the free Student Needs Checklist [HERE]. It's a sample from the Neurodivergent Toolkit and it's where I'd start with any class that's struggling.
Coming Next
🧠 Your 2-Minute Stretch Break Isn't Doing What You Think
I explain why the length of a break matters more than most of us were taught.
Citations
- Mahar, M. T., Murphy, S. K., Rowe, D. A., Golden, J., Shields, A. T., & Raedeke, T. D. (2006). Effects of a classroom-based program on physical activity and on-task behavior. Medicine & Science in Sports & Exercise, 38(12), 2086–2094. https://doi.org/10.1249/01.mss.0000235359.16685.a3
- Diamond, A., & Lee, K. (2011). Interventions shown to aid executive function development in children 4 to 12 years old. Science, 333(6045), 959–964. https://doi.org/10.1126/science.1204529
