George Wang
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ACM UIST 2026 · Poster

Feelium: A Touchable Blimp Body for Aerial Telepresence

Wang, G. X.; Li, H.; Lin, S.; Wen, Y.; Hu, J.; Jin, Y.
Adjunct Proceedings of the 39th Annual ACM Symposium on User Interface Software and Technology (UIST Adjunct 2026), Detroit, MI, USA
Abstract

Floating things invite touch. We present Feelium, a blimp-based telepresence platform that enables visual embodiment and touch interaction through its inflatable skin. Through a VR headset, a remote person inhabits the blimp, looking out of it first-person, appearing on its skin as a face or avatar, and steering it through the room.

Partners in the room pat it, press a palm against it, draw on it, or lean into it; the skin senses each contact and renders it into the wearer's view in VR. Touch thus provides a physical interaction channel for remote presence, turning the skin into a shared surface between remote and co-located partners.

Interaction Design Space

What people in the room do to the body with bare hands, in five families ordered by distance from the body. The first two could happen on a tablet; the last three need a soft, floating body.

Interaction design space: proximity (wave, welcome), surface contact (tap, pat), deformation (pinch, squeeze), displacement (push, turn), change of ownership (handoff)
Live Demo on Apple Vision Pro

First-person recordings from inside the headset while inhabiting the blimp. Faces of people in the room are blurred.

Wave · Proximity
Tap · Surface contact
Knock · Surface contact
Pinch · Deformation
Squeeze · Deformation
Push · Displacement
Poster
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Feelium UIST 2026 poster
Paper
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Citation
@inproceedings{wang2026feelium, author = {Wang, George Xi and Li, Henghao and Lin, Shan and Wen, Yunge and Hu, Jiaqian and Jin, Yuhua}, title = {Feelium: A Touchable Blimp Body for Aerial Telepresence}, booktitle = {Adjunct Proceedings of the 39th Annual ACM Symposium on User Interface Software and Technology (UIST Adjunct '26)}, publisher = {ACM}, year = {2026}, doi = {10.1145/3830397.3841870} }
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