Textile Jukebox merges digital fabrication, textile design, and pneumatic systems to create programmable surfaces for sensory augmentation. By integrating CNC-knitted textiles with silicone bladders, it enables dynamic haptic interactions through programmed inflation. A library of silicone bladders with varied geometries allows controlled deformation, minimizing material waste via reusable molds. The multi-manifold pneumatic system supports independent actuation, producing breathing behaviors and sequential inflations. These programmed responses transform textiles into active, responsive components in architecture and design. Textile Jukebox redefines textiles as dynamic systems, enriching environments through movement, interaction, and tactile engagement.
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