About this asset

This parametric wood floor material for Substance 3D offers a highly customisable plank pattern with authentic grain detail. This procedural material delivers a versatile wood flooring finish, featuring a clean plank layout suitable for various interior styles. The surface captures realistic wood characteristics, including subtle grain patterns, knots, and natural tonal variations. The.sbsar format allows for dynamic adjustments to the wood colour, plank dimensions, and surface weathering, ensuring flexibility for specific design requirements. Because it is a procedural graph rather than a static bitmap, the texture maintains clarity at any scale and avoids visible tiling repetitions, providing a high-fidelity finish for floors in residential or commercial interiors.

The download is a 38.4 MB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Users can load this.sbsar file directly into Substance 3D or compatible host applications. The parametric nature allows for real-time tweaking of parameters such as wood species, stain intensity, and edge wear before exporting the PBR maps for rendering. By adjusting the procedural nodes, designers can instantly regenerate the floor pattern to suit different room dimensions or aesthetic preferences without needing to source new image files, streamlining the iteration process during the development phase.

Ideal for architectural visualisation, this material is well-suited for high-end residential living areas, hotel lobbies, and boutique retail spaces. It pairs effectively with contemporary furniture, minimalist interior palettes, and natural stone accents. Professionals looking for realistic timber flooring will find this asset useful for creating warm, inviting floor surfaces that maintain consistent quality across large floor plans. Whether rendering a luxury apartment or a commercial workspace, this floor material provides a reliable foundation for interior lighting studies and material explorations.