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2025

Buoyancé

Reeling Helium-Inflated Balloons with Mobile Robots on the Ground for Mid-Air Tangible Display, Interaction, and Assembly

Alan Pham, Yuxiao Li, Miyu Fukuoka, Ken Nakagaki

About

We introduce a novel approach to spatially actuated tangible UI by controlling helium-inflated balloons (HIBs) in mid-air using mobile reeling robots, named ReelBots. With a relatively compact device form factor, the robots can manipulate HIBs in an extensive vertical range, reaching relatively high altitudes (20m or more), thanks to its reeling mechanisms. The hardware offers diverse interactive functionalities and applications for representing abstract data in 3D space, reconfiguring lights and cameras in an everyday space, and assembling HIBs into diverse configurations. Our proof-of-concept implementation was developed based on omnidirectional mobile robots and a motion tracking system to demonstrate the novel approach of enriching 3D physical space. Our control software is designed to manipulate multiple robots to control the position of HIBs in real time via multiple options ranging from GUI control and tangible and gesture based controls. 

Exhibitions

Axhibition 2025: 'Whimsical Criti...cal'

University of Chicago

South Side Science Festival 2024

University of Chicago

AxLab Members

Alan Pham

Yuxiao Li

Miyu Fukuoka

Ken Nakagaki

Publication
ACM UIST2025

Buoyancé: Reeling Helium-Inflated Balloons with Mobile Robots on the Ground for Mid-Air Tangible Display, Interaction, and Assembly

Alan Pham, Yuxiao Li, Miyu Fukuoka, Ken Nakagaki

Gallery
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