Tactical Haptic Fabric

Tactical Haptic Fabric

Tactical Haptic Fabric is an innovative three-dimensional textile surface design that represents a significant advancement in tactile-focused textile engineering and sensory design. This groundbreaking fabric, which earned the prestigious Platinum A' Design Award in the Textile, Fabric, Textures, Patterns and Cloth Design category, employs a sophisticated manipulation of screen-printing techniques to create a unique parametric pattern with distinctive tactile properties. The design features a specialized coating mixture applied to a smooth base fabric, resulting in a three-dimensional surface characterized by varying densities of small pearls that enlarge and shrink across the textile's surface. This innovative approach creates an intricate interplay between dense and empty zones, enhanced by the deliberate contrast between the smooth, shiny base textile and its slightly rubbery, opaque applied pattern. The fabric's development involved extensive research into haptic sensations and required the creation of a novel screen-printing methodology, where the pattern is first generated through parametric 3D software and then transferred to the fabric using a specially developed printing technique. During the fixation process in an oven, the applied paste undergoes a controlled growing process that generates the three-dimensional effect. Originally designed for wearable applications, this versatile textile can be produced in various dimensions and color variations, making it suitable for both fashion and interior design applications. The fabric's unique tactile properties are particularly effective when positioned in areas subject to frequent touch interaction, offering wearers an enhanced sensorial experience that challenges traditional approaches to textile design and garment interaction.

tactile design, parametric patterns, sensory textiles, three-dimensional fabric, haptic innovation, screen-printing technology

— Adam Dawson