About this asset

A procedural quilted fabric Substance material featuring a clean square-stitched pattern, provided as a flexible.sbsar file. This procedural material replicates a classic square-quilted fabric, commonly found in high-performance outdoor gear or contemporary upholstery. The surface features a distinct grid of stitched seams that define soft, plump panels, creating a realistic depth and tactile quality. The material is fully parametric, allowing users to adjust properties such as colour, stitch density, and surface glossiness to suit specific design requirements. Its construction ensures a high-fidelity appearance under various lighting conditions, maintaining a consistent look across large surfaces without visible repetition or tiling artifacts, making it an essential asset for detailed textile rendering.

The download is a 40.8 MB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Designed for use in Substance 3D and compatible rendering engines, this.sbsar file functions as a dynamic graph rather than a static image set. Users can load the file directly into their material library to generate real-time PBR maps, including diffuse, normal, and roughness channels. By adjusting the built-in sliders, designers can modify the fabric colour or the intensity of the quilting effect, streamlining the iteration process during the look-development phase without needing external image editing software.

This quilted material is ideal for adding realism to furniture pieces, such as modern armchairs, headboards, or cushions, as well as technical apparel and soft goods in interior design projects. It pairs effectively with minimalist or industrial aesthetics where tactile, layered textures are required to soften hard surfaces. Professionals working in residential or hospitality design will find it useful for creating high-quality, iterative fabric finishes for bespoke furniture, upholstery, and decorative textile elements within their 3D scenes.