Stimming isn't a problem to be fixed.

Rocking, hand-flapping, humming, hair-twirling. Stimming is how your nervous system settles itself, a tool you have probably been reaching for all your life, often without a name for it.

It's how you regulate

Stimming is how your nervous system manages sensory input and emotional arousal. It's one of the most reliable tools your brain has, and you are allowed to use it.

Suppression has a real cost

Masking your stims draws on the same cognitive resources as masking your personality. Research is clear that stim suppression increases anxiety, exhaustion, and burnout without removing the underlying need.

It looks different for everyone

Stimming can be movement, sound, texture, pressure, or rhythm. A lot of us stim without recognising it. Leg-bouncing, pen-clicking, and hair-touching are all stimming.

Understanding why you stim

Stimming gets a bad reputation because it's visible, and because for decades the instinct of therapists, teachers, and parents was to suppress it. The science is clear that stims exist for a reason. They regulate sensory overwhelm, provide proprioceptive input, manage emotional arousal, and give an overloaded nervous system something rhythmic and predictable to hold onto.

This is for you if you want to understand your own stimming: what's happening neurologically, what tools support it, and what to do when stimming alone isn't enough to prevent meltdown or shutdown. You can keep every stim you have. What you get here is understanding, a clearer read on what your body has been telling you all along.

Your questions answered

What is stimming?
Stimming, short for self-stimulatory behaviour, is the repetitive sensory actions we use to regulate our nervous systems. It can be movement (rocking, hand-flapping), sound (humming, clicking), tactile (touching textures, rubbing fabric), or any number of other forms. Despite the clinical-sounding name, it's a self-regulation tool, something your body reaches for to settle itself.
Why do autistic people stim?
Stimming regulates sensory input and emotional arousal. When your nervous system is overwhelmed, understimulated, excited, or anxious, stimming gives you a reliable way to modulate that internal state. It works like taking a breath, except your nervous system often needs something more physical, rhythmic, or sensory-specific to get the same effect.
Should autistic adults suppress their stims?
Research consistently shows that stim suppression, especially through approaches like ABA, carries significant psychological costs. Suppressed stims don't disappear, because the underlying need for regulation remains. Those of us who mask our stims report higher levels of anxiety, burnout, and exhaustion. A more helpful question to sit with is 'what does my nervous system need right now?'
What are the most common types of stimming in autistic adults?
Visual (watching patterns, flickering lights), auditory (humming, music), tactile (rubbing textures, hair-touching, scratching), vestibular (rocking, swinging, spinning), proprioceptive (deep pressure, weight, squeezing), and oral (chewing, clicking). A lot of us stim without realising it. Leg-bouncing, pen-clicking, and hair-twirling are extremely common examples that rarely get labelled as stimming.
Is stimming in ADHD the same as in autism?
There's overlap, since autistic and ADHD brains both use repetitive movement for regulation, but the mechanisms differ. ADHD stimming tends to be more about maintaining alertness and managing the restlessness of an underfocused dopamine system. Autistic stimming is more often about sensory regulation and managing arousal levels. If you're both autistic and ADHD, the two can interact in complex ways.
Cover of The Unmasking Years

If you've spent years masking your stims

The Unmasking Years

Written for those of us diagnosed late, unpacking years of being told to suppress the behaviours that kept us regulated. Unmasking starts with understanding what you were masking, and why.

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