Nature of motor imitation problems in school-aged boys with autism: a motor or a cognitive problem?

Vanvuchelen et al. (2007) watched school-aged boys with autism copy hand and body motions.

They split the boys into two groups: lower-skilled and higher-skilled.

Each boy also did simple motor tests like tapping and balancing.

Typical boys of the same age did all the same tasks for comparison.

The lower-skilled autism group struggled with both moving and copying moves.

The higher-skilled autism group moved clumsily yet could copy most actions, except silly meaningless gestures.

Because even the higher-skilled boys moved poorly, the authors say the copy problem is in the body, not in the mind.

Sevlever et al. (2010) later showed that autism copy studies often clash because each lab defines “imitate” differently. Their warning helps explain why some papers claim pure mind deficits while Marleen saw body deficits.

Hattier et al. (2011) took the next step: they taught preschool boys with autism to copy through video clips and back-and-forth games. Their positive results show that, even when motor gaps exist, you can still train copying earlier in life.

MacDonald et al. (2015) went further, proving that kids who miss observational learning can be drilled to learn it piece-by-piece. Together these studies build a timeline: check motor skills first, then teach the copy skills that don’t come naturally.

Before you write a mimic goal, test the child’s motor score. If balance or finger tap is low, add fine-motor warm-ups to your session. Pair those warm-ups with clear, meaningful models and skip odd, meaningless gestures. This small shift puts the therapy load on the body first, not on the mind.