About this asset

This procedural timber shingle siding substance material for Substance 3D offers a weathered, moss-touched finish for exteriors. The material features a classic overlapping shingle pattern, characteristic of rustic timber cladding. The texture displays a realistic, weathered grain with subtle variations in tone ranging from muted browns to desaturated greys. Integrated moss patches suggest age and environmental exposure, adding depth to the surface. The shingles are arranged in a horizontal, staggered layout, creating a natural shadow line between each course. This procedural graph allows for granular control over the level of wear, moss density, and colour saturation, ensuring that the appearance remains consistent across large building facades without repetitive visual patterns.

The download is a 2.9 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, this.sbsar file provides a flexible workflow for architectural visualization. Users can load the material into a graph to adjust parameters such as moss coverage or wood grain intensity in real-time. By utilizing the procedural nature of the file, artists can map the texture onto complex geometric surfaces with ease. It is optimized for PBR workflows, ensuring that reflections and roughness maps respond accurately to lighting conditions within the scene environment.

This siding material is ideal for residential projects, particularly those featuring cabins, vernacular architecture, or coastal cottages. It provides a highly realistic finish for exterior cladding, roof detailing, or feature walls in garden structures. Professionals can pair this with stone or concrete textures to ground the building within a landscape. When searching for this asset, architects often look for terms like weathered wood cladding, procedural timber siding, or rustic exterior materials to enhance the authenticity of their environmental renders and exterior visualizations.