About this asset

This procedural grey stone paving Substance material offers highly customisable weathering, moss growth, and soil infill patterns. This procedural material reproduces the aesthetic of weathered, irregular stone paving slabs arranged in a running bond pattern. The surface features realistic geological textures, with deep grout lines that accumulate simulated soil and organic moss growth. The design allows for granular control over the level of wear, moss density, and surface roughness, ensuring a natural, non-repeating appearance across large architectural surfaces. The colour palette is dominated by cool grey tones, contrasted by earthy brown soil deposits and vibrant green organic patches, making it suitable for high-fidelity exterior visualisations requiring authentic, aged material finishes.

The download is a 3.5 MB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Designed for Substance 3D, this.sbsar file provides a parametric workflow that avoids the repetition issues common with static image-based textures. Users can load the file into their host application to adjust parameters such as moss density, soil depth, and stone weathering in real-time. This dynamic approach allows for seamless integration into complex scenes, where the material can be scaled and modified to match specific environmental lighting and project-specific requirements for outdoor ground planes.

Ideal for exterior landscape design, this material is suitable for terraces, garden pathways, and urban courtyards where a rustic or weathered look is required. It pairs effectively with modern architectural structures to provide textural contrast or with traditional buildings to enhance aged aesthetics. Professionals can use this in residential and hospitality projects to define pedestrian zones or plazas. Search for this when specifying realistic stone flooring, patio surfaces, or exterior hardscaping that requires a high degree of visual variation and organic detail.