Your child crashes into couch cushions on purpose, seeks out bear hugs, or seems to need to push and pull heavy things before they can settle down. None of that is necessarily random—it may be related to proprioception, the sense that helps the brain understand where the body is in space. For some autistic kids, differences in processing this input can affect body awareness, coordination, force, and how much movement or pressure they seek throughout the day. 

What to Do Today

• Notice the pattern: Watch for behaviors that may involve proprioceptive input—crashing, jumping, pushing, pulling, squeezing, or using too much or too little force during everyday tasks. Pay attention to when they happen and what your child does afterward.
• Try simple heavy work: Carrying a laundry basket, pushing a loaded basket, climbing, or doing animal walks like bear crawls and crab walks can provide proprioceptive input without special equipment.
• Follow your child’s response: Some children enjoy pressure or heavy-work activities, while others don’t. Don’t force an activity that causes discomfort or distress — what helps one child may not help another.
• Ask for guidance when needed: If body awareness or coordination difficulties are affecting dressing, play, school, or other daily activities, an occupational therapist can help identify your child’s needs and appropriate supports.

What Is Proprioception? 

Proprioception is the sense that tells the brain where the body is in space—the position and movement of muscles, joints, and limbs, even with your eyes closed. Specialized receptors in the muscles, tendons, and joints constantly send information to the brain, working alongside other sensory systems to support coordination, balance, posture, and everyday movement.

For autistic individuals, proprioceptive processing can also play a role in self-regulation. Some children seek more pressure, resistance, or movement, while others may have difficulty interpreting body position or force information. Understanding those differences can help explain why certain types of movement or physical input feel useful to one child but not another.

How Proprioceptive Differences Show Up in Autism 

Proprioceptive differences can generally show up in two broad patterns—and many autistic individuals experience a mix depending on the activity or the day: 

• Over-responsiveness: Certain movements, body positions, or types of pressure may feel uncomfortable or overwhelming, leading to avoidance or agitation during some activities.
• Under-responsiveness: A reduced awareness of body position or difficulty judging how much force a task requires may lead a child to seek stronger proprioceptive input through activities like jumping, crashing, pushing, or pulling.

Research has found differences in proprioceptive processing in some autistic children compared with typically developing peers. These may include decreased postural control and difficulty combining proprioceptive information with visual information during movement. In everyday life, these differences can affect body awareness, coordination, motor planning, and how much force a child uses during self-care, play, and other activities.

Real-Life Examples: What Proprioceptive Support Looks Like  

• Weighted blankets, vests, or lap pads: Provide deep-pressure input that some children find calming or grounding. Weighted products should be used with appropriate guidance and only when the child can use them safely.
• Chewing activities: Chewable jewelry or gum can provide oral proprioceptive input through the jaw. Choose age-appropriate options and supervise children who may bite through or swallow pieces.
• Dance and rhythmic movement: Dancing and other structured movement activities engage the whole body while supporting coordination, balance, and spatial awareness.
• Heavy work: Pushing or pulling objects, carrying appropriate loads, climbing, or similar activities provide low-cost proprioceptive input through the muscles and joints.
• Compression and resistance: Therapy bands, snug but comfortable clothing, or deep-pressure massage may provide useful input for children who find these sensations comfortable rather than overwhelming.

It’s worth consulting an occupational therapist before building a routine around these activities—what helps one child may not help another, and a professional can help match activities to your child’s needs and daily routines.

How Occupational Therapy Helps 

An occupational therapist can assess how proprioceptive differences affect your child’s movement, coordination, body awareness, and everyday activities. From there, they can build an individualized plan around the areas where your child needs support.

Therapy may include resistance activities, therapy balls, obstacle courses, swings, balance activities, and motor-planning tasks. The specific activities depend on your child’s needs and goals—not every child benefits from the same type or amount of proprioceptive input.

Occupational therapists may also use standardized or structured assessment tools to better understand a child’s sensory and motor patterns:

• Comprehensive Observations of Proprioception (COP/COP-R): An observational tool that looks at behaviors related to proprioceptive processing, including body awareness, postural control, balance, coordination, and motor planning.
• Bruininks-Oseretsky Test of Motor Proficiency (BOT-2): A standardized assessment that measures fine and gross motor skills, including balance, coordination, strength, agility, and motor control.

These assessments are only part of the picture. An OT also considers how your child manages everyday activities at home, school, and in the community before deciding what kind of support may be useful.

Ayres Sensory Integration (ASI) 

Ayres Sensory Integration (ASI) is a structured, play-based approach developed from Dr. A. Jean Ayres’ sensory integration theory. An occupational therapist with advanced ASI training uses individualized sensory-motor activities that provide a “just-right challenge” based on the child’s needs and goals.

Sessions may involve movement, balance, climbing, resistance, or other sensory-motor activities—but the activities are selected and adjusted for the individual child rather than following a standard routine. The goal is to support meaningful skills and participation in everyday activities.

Research supports ASI for helping some autistic children work toward individualized functional goals, although evidence for broader outcomes such as communication, behavior, and regulation remains mixed. If you’re considering ASI, look for an appropriately trained occupational therapist who uses measurable goals and monitors whether the approach is helping your child in daily life.

Let’s Build the Right Kind of Input Into Your Child’s Day  

Whether your child is seeking proprioceptive input or avoiding it, understanding their pattern can help you find strategies that work better for them. Treetop’s BCBAs build individualized plans that account for sensory needs alongside communication, behavior, and everyday skills. 

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References

NCBI/PMC. Proprioceptive processing patterns in autism spectrum disorder. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3754787/

NCBI/PMC. Sensory integration research in ASD. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC9326240/

NCBI/PMC. A systematic review of Ayres Sensory Integration intervention for children with autism. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6590432/

NCBI Bookshelf. Proprioception. https://www.ncbi.nlm.nih.gov/books/NBK10812/

Autism Research Institute. Sensory Integration. https://autism.org/sensory-integration/

National Autistic Society (UK). Sensory Strategies — Professional Practice. https://www.autism.org.uk/advice-and-guidance/professional-practice/sensory-strategies