About this asset

This parametric plank wood Substance 009 material for Substance 3D offers a fully procedural finish with realistic grain patterns. This procedural wood material features a classic plank configuration, capturing the subtle variations in grain, texture, and tone typical of high-quality timber flooring. The surface displays a refined finish, balancing natural wood characteristics with a clean, contemporary aesthetic. As a parametric asset, it allows for infinite adjustments to the wood's appearance, including colour saturation, grain density, and surface glossiness. The absence of repeating patterns ensures a natural, organic look across large surfaces, making it an essential tool for architects and designers requiring high-fidelity material representation in their 3D visualisations.

The download is a 2.8 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 within the Substance 3D ecosystem, this.sbsar file functions as a dynamic graph. Users can import the file directly into their material library to adjust parameters in real-time, such as adjusting the plank width, wear levels, or wood species tint. The material is optimized for PBR workflows, automatically generating the necessary maps including base colour, roughness, and normal maps, ensuring seamless integration into any industry-standard rendering engine for architectural projects.

Ideal for residential, hospitality, and office interior projects, this material is perfectly suited for high-end flooring, custom cabinetry, or wall panelling applications. It pairs effectively with minimalist furniture or luxury interior schemes where authentic, tactile wood surfaces are required. Professionals can leverage this asset for both large-scale floor plans and detailed close-up renderings, providing a consistent, high-quality finish that remains visually engaging without the limitations of static image textures. It is a versatile solution for any stage of the design process.