Sense Move Costume

Sense Move Costume

Sense Move Costume is an innovative kinetic wearable sculpture that seamlessly integrates fashion design with interactive technology, created by designer Zhulin Shi. This groundbreaking costume design transforms traditional performance wear into a dynamic, responsive garment that enhances the emotional connection between dancers and their audience through sophisticated light effects and movement-sensitive elements. The design, which earned the Silver A' Design Award in Fashion, Apparel and Garment Design category, features a geometrical construction that responds to the wearer's joint movements, effectively creating architectural spaces through dance. The costume incorporates pressure sensors and LED lighting systems that translate physical movements into visual expressions - slow fading lights simulate breathing patterns, while rapid flashes convey excitement, creating a multi-sensory performance experience. Originally conceived in 2016 and further developed through various iterations, the costume includes a specialized Sense glove component that enables direct audience interaction, where physical contact triggers light pattern changes, fostering a unique participatory element in performances. The design's technical specifications accommodate a range of motion while maintaining its structural integrity, measuring 70mm in width, 30mm in depth, and 150mm in height. This revolutionary approach to performance costume design not only advances the boundaries of wearable technology but also creates new possibilities for artistic expression in dance and theatrical presentations, demonstrating how innovative design can enhance emotional storytelling through movement.

interactive costume design, kinetic wearable technology, performance art fashion, responsive lighting garments, movement-sensitive clothing, dance technology integration

— Adam Dawson

CITATION : "Adam Dawson. 'Sense Move Costume.' Design+Encyclopedia. https://design-encyclopedia.com/define/sense-move-costume?E=444106 (Accessed on October 14, 2026)"