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arXiv · 2610.23833

Sensory Comfort Across Multisensory XR Prototypes for Autistic Adults

Yibo Meng·Xiujun Chen·Bingyi Liu·Xiaolan Ding
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Abstract

Multisensory XR may support informal learning for autistic adults, but sensory-friendly design often emphasizes reducing input. We conducted a mixed-methods, counterbalanced within-subjects study with 20 Chinese autistic adults who evaluated five complete XR configurations presenting the same popular-science content. Comfort differed substantially across the configurations (Friedman chi-square(4) = 46.39, p < .001, Kendall's W = .58). L3 received the lowest mean rating (2.97/5) and was tied for lowest for 16/20 participants, whereas L5 received the highest mean rating (4.43/5) and was tied for highest for 17/20. Participants described the static configurations in terms of clarity and self-pacing, L3 in terms of abruptness, simultaneous demands, insufficient warning, and limited disengagement, and L4/L5 in terms of gradual transitions, opportunities to disengage, and coordinated narrative cues. The study provides a configuration-level account of sensory comfort and identifies participant-described qualities that can inform future controlled studies of multisensory XR.

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Yibo Meng, Xiujun Chen, Bingyi Liu, Xiaolan Ding. 2026-10-16. Sensory Comfort Across Multisensory XR Prototypes for Autistic Adults. https://doi.org/10.1145/3859342

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