About this asset

This seamless PBR paving stone texture in a herringbone pattern provides a realistic grey stone surface for exterior renderings. This photogrammetry-based material features a classic herringbone layout of rectangular grey stone blocks. The surface exhibits a natural, weathered texture with subtle variations in colour and tone, enhanced by mossy vegetation filling the deep, irregular joints between the stones. The high-fidelity capture ensures that the rugged, granular surface of the stone is preserved, giving it a tactile quality suitable for close-up shots. With its neutral grey palette and organic detailing, the material offers a grounded, authentic aesthetic that mimics aged urban or garden pathways, providing depth and realism to any ground plane.

The download is a 32.3 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.

To integrate this PBR material, apply the albedo, displacement, normal, roughness, and ambient occlusion maps to your material editor. The texture is engineered to tile seamlessly across large floor plates or exterior pathways, eliminating visible seams. For optimal results, set the UV mapping to a 2.40 by 2.40 metre scale to maintain the intended proportions of the stone units. Use the displacement map to drive geometry deformation in your renderer, which will accentuate the depth of the moss-filled joints.

Ideal for landscape architecture, residential courtyard designs, and urban plaza visualisations, this paving material pairs effectively with concrete, timber, or corten steel elements. It is well-suited for exterior scenes requiring a weathered, organic ground finish, such as garden paths, patio areas, or historic streetscapes. Professionals will find this asset useful when searching for realistic stone paving, mossy stone textures, or outdoor ground materials that require high-quality PBR data for authentic lighting response in architectural rendering workflows.