Sensory Circuits: Activities, Setup and Free Planner

Sensory Circuits: Activities, Setup and Free Planner is a short, structured movement routine. It helps learners notice and adjust their alertness before classroom work. The routine follows three phases in order: alerting, organising and calming. It is a teaching tool, not a behaviour consequence or a substitute for occupational therapy assessment.

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In a Year 4 classroom before independent writing, the teacher says, "Notice your body. Are you tired, tense or ready?" Learners complete two minutes of brisk movement, one balance task and slow wall presses, then say which signal changed and write their first sentence. The sequence fits wider self-regulation work only when adults teach that link.

It fits wider self-regulation work only when adults teach learners to notice body signals and choose strategies. It should not treat movement as a behaviour fix. The EEF's learning gain estimate relates to social and emotional learning as a broad field, not to sensory circuits alone (EEF, 2021).

For example, a Year 4 learner who arrives under-alert can complete wall pushes, balance stepping stones, and slow pressure work before phonics, then name whether their body feels ready, tense, or tired. That short reflection turns a circuit from a movement break into regulation teaching.

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Defining a Sensory Circuit

Sensory circuits are short, structured school routines that use planned movement, balance, body pressure and breathing to help a learner prepare for a classroom task. They are not a behaviour cure and are not the same as clinical Ayres Sensory Integration therapy. In a Year 4 class, the teacher might model the three phases, ask learners to name a body signal, and have them report which activity helped before opening their books.

The usual school order is alerting, organising, then calming. Gateshead Health NHS Foundation Trust and Berkshire Healthcare NHS Foundation Trust use the same order in their public guidance. NHS Borders, North Cheshire and Mersey NHS Foundation Trust and Doncaster Council are also common public-sector sources for this three-phase model. Even so, schools should check current local occupational therapy guidance before they copy activity lists.

For senior leaders, sensory circuits need a clear provision map. Record who attends, why they attend, which adult leads each stage, and what changes in the next lesson. This prevents ad hoc TA withdrawal becoming a hidden resource drain and gives SENCOs evidence for EHCP reviews, Ofsted conversations, and decisions about whether the circuit increases time-on-task.

Ayres (1972) developed the sensory integration framework. It later shaped sensory routines in schools. However, this does not show that every sensory circuit improves learning. A sound article should describe sensory circuits as school-led sensory-based interventions and show that they differ from clinical Ayres Sensory Integration delivered by occupational therapists.

A sensory circuit may include a gym ball, balance beam, beanbags, scooter boards or resistance bands, depending on space, risk assessment and occupational therapy advice. It may also include deep pressure or heavy muscle work to support calming. The activity order is planned with care: alerting, organising and calming (Gateshead Health NHS Foundation Trust, 2025; Berkshire Healthcare NHS Foundation Trust, n.d.).

Sensory circuits give learners a safe way to use their senses and build skills. They can improve focus, coordination, and taking part in activities. Circuits offer different activities that match sensory needs and support integration (Ayres, 1972; Bundy et al., 2002).

Ayres (1972) found that sensory activities give learners structure and help them feel more alert. Case-Smith and Arbesman (2008) showed that integration helps learners build skills for daily life.

What are some ideas for sensory circuits?

Gym balls support proprioception, which means body awareness. Balance beams challenge the vestibular senses, which help learners keep their balance. Scooter boards support movement, while trampolines can increase alertness.

Weighted vests provide deep pressure. Therapy putty gives tactile input through touch. Sensory integration benefits from spinning (Ayres, 1972; Bundy et al., 2002).

Use activity ideas only after a needs assessment. One learner may need movement before registration, while another may feel overloaded after lunch. Each learner therefore needs a circuit that suits them.

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Complete List of Sensory Circuit Ideas

Ayres (1972) and Bundy et al. (2002) suggest that sensory circuits have three stages. Alerting activities, such as trampolines, start the routine. Next, organising activities, such as obstacle courses, help learners focus. Finally, calming activities that use deep pressure can ease anxiety (Grandin, 1992; Temple, 2006).

A simple activity bank is useful, but the sequence matters more than the list. Trampolining belongs in alerting, beam walking belongs in organising, and slow pressure or yoga belongs in calming.

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Essential Sensory Circuit Equipment

Start with equipment that makes the three phases clear and can be supervised safely: a step or mini trampoline for alerting, a taped line or bench for organising, and mats, resistance bands or visual breathing cards for calming. In a KS1 classroom, the teacher marks a taped route, models one activity per phase and asks learners to point to the picture of the activity they will use. Add specialist equipment only after risk assessment and advice.

Schools can start with low-cost kit. What decides whether a circuit works is the sequence, the supervision and the risk assessment, not the price of the equipment.

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Learners Who Benefit from a Sensory Circuit

Sensory circuits may help learners whose sensory processing differences affect classroom access, including autistic learners, learners with ADHD or coordination difficulties, and some learners who find transitions hard. They can also be offered as a whole-class routine when the aim is readiness, not quiet compliance. In a KS2 class, the teacher offers two safe choices, says "Choose the one that helps you get ready", and learners record the choice that lets them start the first task.

For ADHD, the safest claim is cautious. Movement and heavy work can help some learners reach a more workable arousal state, but the circuit should be paired with explicit self-monitoring, classroom follow-up and reasonable adjustments, not used as a standalone ADHD intervention.

For autistic learners, link the circuit to autonomy rather than stillness. In a KS2 class, the adult might say, "Would you choose wall presses or the quiet corner?" The learner chooses, completes the activity in their own way, and says or points to the input that helps them return to the group. Protect safe stimming and do not use the routine to make a learner look still for adult convenience (Milton, 2012).

Sensory circuits can support autistic learners when the learner helps choose the activity, intensity and return-to-class plan. In a Year 4 lesson, the teacher offers two options, asks the learner to point to the one that reduces tension, and records the learner's words rather than judging stillness. The aim is bodily autonomy, not masking, which is when a learner hides needs to suit others.

Milton (2012) cautions against framing autistic difference as a one-sided deficit. In a circuit, adults should notice sensory communication and offer choices. They should avoid forcing a learner to look regulated for adult convenience. The goal is for the learner to know which sensory input helps them take part safely.

This supports participation when the learner has real choice over the activity, the level of challenge and the way they return to class.

Children with poor coordination and motor skills can also benefit from sensory circuits. The activities included in a sensory circuit, such as using gym balls, balance beams, and scooter boards, help improve motor coordination and balance.

These circuits can support emotional regulation. Adults can teach learners to notice body signals, choose a strategy, and then return to class.

These circuits can help learners with sensory processing differences or identified SEND, such as sensory processing issues (Ayres, 1972). They can also support learners with autism (Bogdashina, 2003) or coordination difficulties (Goddard Blythe, 2005). The activities let learners use their senses, build skills and take part in daily tasks.

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The Three Phases in Practice

The three phases do different jobs. If staff blur them together, the circuit becomes a general movement break and loses its rationale. Alerting wakes the body, organising asks it to coordinate, and calming settles it before the learner walks into a lesson. Run them in that order, and keep the calming phase long enough to matter.

Alerting activities wake the body up through vestibular and proprioceptive input. Use trampolining, shuttle runs, star jumps, step-ups or wall pushes. Keep this phase brisk, supervised and short, especially for learners who arrive already hyper-alert.

Organising activities ask the learner to plan, sequence and control movement. Beam walking, beanbag throwing, hopscotch, crawling through a tunnel and stepping over low obstacles fit here because they require timing and body control.

Calming activities bring the learner back towards classroom readiness. Use weighted blankets only with consent and policy approval. Safer everyday options include yoga stretches, slow breathing, hand presses, chair push-ups, quiet reading or firm pressure through a gym ball where an OT has advised it.

1. Alerting: trampolining, shuttle runs, star jumps, marching, step-ups, wall pushes.
2. Organising: beam walking, beanbag throwing, hopscotch, wobble board work, tunnel crawling, stepping over and under low obstacles.
3. Calming: yoga, slow breathing, heavy work, chair push-ups, quiet pressure, weighted blankets where consent, policy and professional advice allow.

For a KS3 learner showing shutdown or emotionally based school avoidance, start with a calm safety check rather than vigorous alerting. The teacher might offer a seated breathing choice and say, "You can watch first." The learner can point to the activity they will try and record whether they feel safer before returning to a low-demand task. If baseline arousal is high, reduce or skip alerting and seek SENCO or occupational therapy advice.

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Sensory Circuit Equipment

Core sensory circuit equipment should be purposeful, not expensive. Start with a mini trampoline or step for alerting, a bench or tape line for beam walking, beanbags and targets for organising, mats for floor work, resistance bands for heavy work, and visual cards that show the route. Add scooter boards, wobble boards, gym balls or tunnels only after risk assessment and staff training.

Low-cost alternatives are often enough: masking tape instead of a beam, cushions instead of stepping stones, a laundry basket for beanbag targets, wall pushes instead of weighted equipment, and classroom yoga cards instead of specialist calming kit. Avoid buying a full kit before the school has agreed who needs the circuit and how impact will be measured.

Sensory circuit equipment should serve three sensory aims. Vestibular input supports movement and balance. Proprioceptive input supports body awareness, while deep pressure helps with calming. Do not use weighted blankets, weighted vests or pressure applied by an adult without consent, policy approval and professional advice.

Stations can use touch with textures or fidget toys. Visual and sound input could include flashing lights or calming music. These approaches, like those suggested by Dunn (1999) and Kirby (2001), may aid learner focus.

Unlike a gym circuit, the main goal of a sensory circuit is not to build muscles or improve cardiovascular fitness. Instead, the focus is on preparing the child's brain and body for learning and attention. The activities in a sensory circuit help to regulate the child's level of alertness and arousal, promoting a state of optimal readiness for focussed learning.

Calming activities end sensory circuits and help learners relax (Lane et al., 2008). They also support sensory integration. This means learners can take in and make sense of information more easily (Ayres, 1972; Bundy et al., 2002).

When you plan the space, match the equipment to the wider sensory environment. Also review the school's sensory room provision.

Setting Up a Sensory Circuit in Your School

Set up the circuit around the learner's need, the available space, the staffing and the lesson that follows. A hall is useful, but a cleared classroom, nurture room or corridor can work when the route is safe and predictable. Before a Year 4 writing lesson, the teacher checks the floor, assigns one adult to each phase, rehearses the route, and asks learners to return and write the date and first sentence.

Use 10 to 15 minutes as the normal school window. Run it before registration, after lunch or before a known high-demand task. Record what happens in the next 20 minutes of class, because the aim is better access to teaching, not a polished circuit performance.

Here are nine sensory circuit activity card ideas that can be used to engage children in sensory circuits:

1. Balance Beam Walk: This activity helps improve a child's sense of balance and coordination. The child walks along a balance beam, focusing on maintaining balance and coordination.
2. Bean Bag Toss: This activity helps develop hand-eye coordination. The child tosses bean bags into different sized containers, focusing on aiming and throwing.
3. Bubble Wrap Stomp: This activity provides auditory and tactile stimulation. The child stomps on bubble wrap, focusing on the sounds and sensations.
4. Sensory Bin Exploration: This activity provides tactile stimulation. The child explores a bin filled with different textures, such as sand, rice, or water beads.
5. Jumping Jacks: This activity helps improve gross motor skills. The child performs jumping jacks, focusing on coordination and rhythm.
6. Play-Doh Squeeze: This activity provides tactile stimulation and helps develop fine motor skills. The child squeezes and manipulates Play-Doh, focusing on the sensations and the movements of their hands.
7. Tunnel Crawl: This activity helps improve gross motor skills and provides proprioceptive input. The child crawls through a play tunnel, focusing on body awareness and movement.
8. Scarf Dance: This activity helps improve gross motor skills and provides visual stimulation. The child dances with colorful scarves, focusing on movement and the visual appeal of the scarves.
9. Yoga Poses: This activity helps improve balance, flexibility, and provides proprioceptive input. The child performs simple yoga poses, focusing on body awareness and balance.

Do not let the circuit become routine withdrawal by default. If a learner misses the same curriculum slot every day, leaders should review whether Tier 1 classroom adjustments would protect more learning time.

Three-Phase Sensory Circuit Planner

A usable planner builds one complete 10 to 15 minute routine in the order alerting, organising and calming. It should show the activity, time, equipment, adult role, safety prompt and return-to-learning check. In an EYFS group, the adult shows one picture card at a time, models each movement and asks learners to point to the card that helped before they join the carpet task.

If the pipeline cannot build the downloadable planner in this refresh, flag it as a follow-up asset. The article should still describe the fields clearly so a SENCO can reproduce the planner in a spreadsheet or printable template.

Learners need different kinds of sensory input in a circuit. Use a mix of activities in each area. Include alerting, organising, and calming tasks.

1. Start with alerting activities: These tasks should be lively and help raise the child's alertness. Examples include jumping on a trampoline, using a gym ball, or doing quick-paced exercises.

Organising activities boost sensory processing and integration. Balance beam walks and scooter board rides work well. Wobble board exercises are also useful (Ayres, 1972; Bundy et al., 2002). These help every learner.

Research shows proprioceptive input can help learners. Pushing heavy things or carrying weighted packs gives this input. Deep pressure activities also work, say Ayres (1979) and Grandin (1992). This helps the learner's body sense position.

Tactile tasks help learners notice touch and build motor skills. Use texture exploration (Gibson, 1962) and art projects (Lowenfeld & Brittain, 1987). Food stamping activities (Edwards, 2010) can also stimulate each learner's sense of touch.

Calming activities should signal safety, not compliance, especially for learners with trauma histories or high baseline arousal (Quadt et al., 2018). For a learner with a trauma history, slow pressure work, breathing or quiet reading must be offered with consent and choice; forced touch or public correction can increase threat rather than regulation. Teach the learner to name an interoceptive signal, such as fast breathing or tense shoulders, then choose one calming activity that reduces that signal (Quadt et al., 2018).

Put a sensory needs checklist before the planner. It helps staff work out what might be behind the issue. Possible causes include sensory seeking, sensory avoidance, interoception, transition anxiety or fatigue. Communication demands or the classroom environment may also play a part.

Checklist prompts should include: What does the learner notice in their body? What sensory input do they seek or avoid?

Which transitions create difficulty? Which classroom adjustments have already been tried? What does the learner say helps?

The checklist should also support neurodiversity-affirming practice. Safe stimming, movement, headphones, flexible seating and visual routines are not problems to stop. For many learners, these are the self-regulation strategies they already use.

Link the checklist to the school's wider co-regulation strategies. Some learners need an adult to share calm before they can use a circuit independently.

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Sensory circuits ready learners for lessons. These circuits, when well designed, help learners focus (Ayres, 1972). They manage alertness and arousal, improving attention (Lane et al., 2008; Parham & Mailloux, 2015).

Sensory circuits bring sensory information together (Gallahue & Ozmun, 2006). This may help learners respond in more useful ways. They also support information processing, motor skills and self-regulation (Gallahue & Ozmun, 2006).

Classroom Sensory Needs Checklist

A classroom sensory needs checklist helps staff identify what may be driving difficulty before sending a learner to a circuit. Record body signals, sensory input sought or avoided, difficult transitions, adjustments already tried and the learner's own explanation. In KS3, a teacher might ask, "What do you notice before science?" and have the learner choose a quieter seat, movement option or headphone break before writing the first answer.

Sessions last 10 to 15 minutes. They happen before school or at transitions (Case-Smith & O'Brien, 2015). They help learners focus (Parham & Mailloux, 2016).

For autistic learners, ask about predictable routines, sensory overload, safe stimming and communication preferences. For learners with ADHD, ask about their need for movement, starting tasks, waiting time and difficulty during transitions.

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Sensory Circuits Training

Training should show staff how to assess need, run the three phases safely, gain consent and review what happens afterwards. An occupational therapist, local specialist team, educational psychologist or SENCO working from current OT guidance may lead or quality assure it. In EYFS, staff can rehearse saying, "Show me what your body needs", then record the learner's chosen strategy and return-to-play response.

A strong training session does more than teach activities. It teaches staff to move from adult-led co-regulation to learner-led self-regulation. After the calming phase, ask learners to retrieve one body signal, one helpful activity and one next-step strategy.

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Sensory strategies work best when staff use them in two ways. First, they can change the environment. Second, they can teach clear ways to support regulation. Staff should not use these strategies to fix a learner. This approach fits the evidence that sensory interventions need careful tailoring and classroom adaptation (Bodison & Parham, 2018; Piller et al., 2025).

Bodison and Parham (2018) found mixed but useful evidence for some sensory techniques and changes to the environment. Keep wider claims about school-led sensory-based interventions provisional unless the school can show a local impact.

Ruus and Marpaung (2024) found that sensory circuit training helps teachers. It improves classroom management and helps learners adapt when they have sensory processing differences or identified SEND. This means teachers can support behaviour in a more consistent way. It also helps them understand learner needs better, which supports inclusion.

The training raised their awareness and helped them get ready for class. They found that sensory activities improved learner focus and energy. These strategies also supported inclusive education.

Use Ayres' 1970s sensory integration theory as a starting point, not the full answer. The American Academy of Pediatrics warned that evidence for sensory integration therapy was limited and inconclusive (Zimmer & Desch, 2012).

A more cautious classroom view is simple. Predictable routines can reduce uncertainty for some learners. But this does not prove that every circuit improves attainment.

Interoception deserves explicit teaching. Some learners do not easily read internal signals such as hunger, pain, fast breathing, heat, nausea or tense shoulders. A circuit is more educational when it helps the learner connect those signals to a chosen regulation strategy.

Sensory circuits also fit within a wider Universal Design for Learning approach. Changes to lighting, noise, seating, transition routines and task design may reduce the need to take some learners out for circuits.

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Frequently Asked Questions

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Sensory Circuits and PE Serve Different Purposes

Sensory circuits give learners sensory input and help them manage alertness. Fitness is not the main goal. Each circuit follows a clear order: alerting, organising, then calming actions. These actions support the vestibular, proprioceptive and tactile systems, which help learners get ready for learning (Case-Smith & Arbesman, 2008).

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How long should a sensory circuit be?

A 10 to 15 minute circuit is a practical school norm, not a guaranteed dose. In a Year 4 class, run it before writing or after lunch, then watch the next 20 minutes: the teacher records time to start, time on task and the learner's short reflection. Before registration may suit some learners, while others need support before a high-demand transition.

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Do sensory circuits work for ADHD?

Sensory circuits may help some learners with ADHD, but they are not a standalone ADHD intervention. Pair movement or heavy work with self-monitoring and classroom follow-up. In a KS2 lesson, the teacher offers a choice of 30 seconds of running on the spot or wall presses, asks the learner to rate readiness, and records whether they begin the first task more promptly. The claim stays local and testable (EEF, 2021; Piller et al., 2025).

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Required Equipment and Space for Schools

Gym balls and balance beams are key equipment. Scooter boards, weighted vests, and therapy putty are also useful. Schools require space for movement stations that learners can rotate through, like a gym circuit (Ayres, 1972; Bundy et al., 2002). Stations should focus on sensory aims, not fitness (Case-Smith & O'Brien, 2010).

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What are the three main areas of sensory circuits?

The three areas are alerting, organising and calming. In a KS1 session, the teacher starts with star jumps, moves to a taped-line balance walk and finishes with slow breathing or wall presses. Learners then point to the phase that helped them and sit ready for the next task. Keep the order, but adapt the activity and level of challenge.

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Evidence for Improved Behaviour and Learning

The evidence is mixed rather than settled. School teams can make a defensible claim when they link the circuit to measured outcomes such as calmer transition, reduced recovery time, improved task start or fewer crisis responses. Broad claims about behaviour change need local data and careful wording because sensory-based interventions vary in quality and fidelity (AAP, 2012; Piller et al., 2025).

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Monitoring Sensory Circuit Effectiveness

Sensory circuits may improve learners' focus and behaviour. Teachers can note better emotional regulation. This means learners manage feelings more calmly. Learners may also seem more ready to learn after sessions.

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Also watch for gains in motor skills. Look for stronger lesson engagement too (Case-Smith & Arbesman, 2008; Parham & Mailloux, 2015).

For monitoring, use both adult observation and learner voice. Ask: What did your body feel like before the circuit? Which activity helped? What will you try first next time?

In specialist SEND settings that already use heart-rate or HRV tools, wearable data can help check down-regulation. But it should not be used to rank learners or remove choice (Coulter et al., 2024; Wareing et al., 2024).

Stage	Purpose	Example Activities	Equipment Needed
1. Alerting	Stimulates the body's senses and nervous system, getting the body physically ready to learn. Raises heart rate and increases blood flow to the brain. Wakes up under-responsive sensory systems.	Star jumps Trampolining Spinning on a sit-and-spin Marching on the spot Jogging around cones Skipping with a rope Bouncing on a space hopper Jumping over hurdles	Mini trampoline Space hopper Sit-and-spin Cones Skipping ropes Small hurdles Timer or music speaker
2. Organising	Requires balance, timing and motor planning. Channels the alerting energy into controlled, coordinated movement. Develops bilateral coordination and proprioceptive awareness. Engages the vestibular system to support focus.	Walking along a balance beam Obstacle courses Throwing and catching a ball Sequencing movement tasks Crawling through tunnels Stepping stones (numbered) Figure-of-eight bean bag passes Climbing and descending ladders	Balance beam or bench Bean bags Soft balls (various sizes) Tunnels Stepping stones Cones and markers Ladder (horizontal or vertical)
3. Calming	Provides deep pressure and calming proprioceptive input. Brings the nervous system back to a regulated baseline. Prepares the child to sit, attend and learn. Activates the parasympathetic nervous system for sustained concentration.	Wall push-ups Hand massage with lotion Heavy work (carrying weighted items) Deep breathing exercises Lycra resistance band pulls Rolling a therapy ball over the body Squeezing stress balls Wrapping tightly in a blanket (deep pressure)	Therapy balls Weighted lap pads Resistance bands Stress balls Hand lotion Weighted backpack or vest Deep pressure blanket Visual breathing prompt cards