About this asset

This rustic stone wall PBR material set provides a 2K tileable texture with displacement and normal maps for realistic masonry. This PBR material set captures the rugged aesthetic of a traditional stone wall, featuring uneven, hand-hewn blocks arranged in a classic running bond pattern. The surface displays significant weathering, with deep, recessed mortar joints that create strong shadow lines and a high degree of visual depth. Tonal variations range from warm tan to earthy terracotta, providing a natural, aged patina. The individual stone units exhibit rough, chiseled textures, ensuring a highly authentic look suitable for close-up architectural visualisation where surface detail and realistic material response are critical components of the scene.

The download is a 74.8 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.

Designed for standard PBR workflows, this set includes albedo, roughness, ambient occlusion, and displacement maps, alongside both DirectX and OpenGL normal maps to ensure compatibility across various render engines. The 1.52m x 1.52m scan area facilitates seamless tiling across large wall surfaces. Users should apply the displacement map with a high-subdivision mesh to fully realise the depth of the mortar joints and the irregular profiles of the individual stone blocks within the scene.

This material is ideal for exterior facade rendering, feature walls in rustic residential interiors, or hardscape projects. It integrates effectively with traditional or vernacular architecture, providing a convincing finish for historic renovations and garden wall designs. Professionals will find this texture useful when paired with exterior lighting setups to emphasise the deep relief of the stone. Search for this material when specifying masonry finishes that require a weathered, artisanal aesthetic for high-quality architectural presentations and site-specific environmental modelling.