About this asset

This procedural Substance material provides a realistic terracotta brick surface in a running bond pattern for Substance 3D. The material features a standard running bond brick layout with warm terracotta tones and subtle surface variation. Each brick unit exhibits a matte, slightly porous texture typical of kiln-fired clay, complemented by a light grey mortar joint. The procedural nature allows for precise control over the brick colour, mortar thickness, and surface roughness, ensuring a natural aesthetic that avoids repetitive tiling patterns. Designed for high-fidelity architectural visualisation, the substance captures realistic depth and light interaction, making it suitable for both interior feature walls and exterior facade cladding applications in various architectural contexts.

The download is a 758 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Import this.sbsar file directly into Substance 3D or compatible DCC applications to generate high-quality PBR maps. The parametric graph allows users to adjust parameters such as brick weathering, mortar joint width, and colour hue in real-time, providing flexibility without needing to re-bake textures. Once the desired look is achieved, export the maps at your preferred resolution, ensuring seamless integration into your project's material library and rendering pipeline for consistent, high-end visual results.

Ideal for residential and urban design projects, this brick material is perfectly suited for exterior facade cladding, garden walls, or internal feature brickwork. It pairs effectively with natural timber, steel, or concrete elements to create a balanced, traditional aesthetic. Professionals can use this asset for architectural renders, exterior site visualisations, and interior mood boards. Search terms such as 'procedural brick', 'terracotta masonry', 'sbsar brick', and 'tileable brick texture' will help locate this asset for diverse project requirements.