About this asset

This texture features a classic running bond pattern of rectangular sandstone bricks in warm yellow and beige tones. The surface displays a natural, slightly weathered texture with visible pores and subtle colour variation between individual blocks. Deep, grey cement mortar joints provide contrast, creating a tactile and realistic masonry appearance. The material balance suggests a traditional or rustic aesthetic, suitable for both heritage-inspired and contemporary building designs. The visual depth is enhanced by the included displacement and normal maps, which define the irregular edges and mortar depth, ensuring a high level of physical realism in final renderings.

The download is a 32.6 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Professionals can integrate this 2K PBR texture into any standard rendering workflow by mapping the albedo, displacement, normal, roughness, and ambient occlusion files to their respective channels. The material is fully tileable, allowing for seamless application across large-scale surfaces like building facades or garden walls without visible seams. Adjusting the displacement scale within the material editor helps to achieve the desired depth of the mortar joints, while the roughness map ensures natural light reflection across the sandstone surfaces.

Architects and visualisers will find this sandstone masonry ideal for residential housing projects, garden wall detailing, and urban infrastructure developments. It pairs effectively with natural timber elements, dark metal frames, or lush landscaping to create a grounded, organic look. Use this asset when specifying exterior cladding or hardscaping in site plans and photorealistic 3D visualisations. It is a reliable choice for projects requiring a weathered, authentic masonry finish that maintains high visual fidelity across expansive surfaces while avoiding repetitive patterns.