About this asset

This parametric wood floor material in.sbsar format provides a tileable, procedural surface with adjustable plank variations. This procedural material captures the aesthetic of classic timber plank flooring with a clean, minimalist finish. The surface exhibits a subtle grain structure consistent with high-quality hardwood, presented in a versatile natural wood tone. The parametric nature of the file allows for control over plank alignment and surface weathering, enabling users to shift from a pristine, polished appearance to a more rustic, worn texture. Each plank is defined by precise, tight joints, ensuring a seamless visual flow across large floor plates, suitable for both contemporary residential interiors and professional hospitality environments.

The download is a 90.9 MB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

As a compiled.sbsar file, this material integrates directly into Substance-compatible workflows, allowing for real-time parameter adjustments within the host software. Users can modify the procedural graph to tweak the wood colour, grain intensity, and wear levels before exporting the necessary PBR maps for their chosen render engine. This flexibility ensures that lighting and reflections react realistically to the surface properties, providing a superior alternative to static, low-resolution bitmap textures in complex architectural scenes.

Ideal for architectural visualisation projects, this flooring material fits seamlessly into residential living spaces, high-end hotel lobbies, and executive office suites. It pairs effectively with modern furniture, neutral wall palettes, and natural light sources to ground a space with warmth and texture. Professionals often search for this type of asset when requiring high-fidelity, non-repeating floor finishes that maintain visual integrity across expansive floor plans, ensuring a polished look in both close-up camera angles and wide-angle interior shots.