The rubber hand illusion reveals proprioceptive and sensorimotor differences in autism spectrum disorders.

Paton et al. (2012) brought adults with high-functioning autism and neurotypical adults into a lab.

Each person watched a fake rubber hand being stroked while their own hidden hand was stroked at the same time.

The team then measured where each person thought their real hand was and how fast they moved it.

Both groups felt the famous rubber-hand illusion.

Yet people with autism placed their real hand more accurately than controls.

They also showed weaker links between what they felt and what they saw.

Schertz et al. (2018) asked 472 autistic teens how tech helps them every day.

That paper shows teens use phones and tablets to stay calm and social, while Bryan et al. show small lab quirks in hand sense.

Batton et al. (2022) trained parents over Zoom during COVID and saw small gains, again showing modest but real effects outside the lab.

Together, the pattern is clear: tiny measurable differences in autism often sit beside big real-world strengths.

You may see a client who can code an app yet bumps into walls.

This study tells you the mismatch is real: their body map is precise, but sight-touch links are loose.

Use clear physical cues, like colored tape on the floor or weighted cuffs, to bridge the gap during motor tasks.