About this asset

This 2K seamless PBR texture features weathered grey cobblestones with mossy infill, ideal for realistic exterior ground surfaces. This photogrammetry-based material captures the irregular, tactile quality of aged stone cobblestones set into compacted earth. The stones display a muted grey palette, with organic green moss growth concentrated within the deep, uneven joints. The texture provides a high level of visual fidelity, mimicking the variation of natural wear and tear found in historical or rural pathways. Each segment is carefully balanced to ensure consistent colour and depth, reflecting the subtle interplay between the hard stone edges and soft, porous moss. This material includes complete map sets for realistic surface interaction.

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.

Apply this 2K texture to a plane or terrain mesh to simulate weathered stone paving. Use the provided displacement map to drive geometry deformation in your render engine for accurate shadow casting and depth. The material is designed to tile seamlessly, allowing for large-scale application across landscape projects without visible seams. Adjust the roughness map to modulate the specularity between the polished stone faces and the damp, matte moss infill to achieve a convincing look under various lighting conditions.

This texture is suitable for exterior landscape design, pedestrian walkways, and heritage restoration projects. It pairs effectively with natural timber elements, corten steel site furniture, or historic brick building facades. Professionals often use this material to ground exterior scenes, providing a realistic base for garden paths, courtyards, or urban plazas. Search for this asset when specifying materials for rustic or vernacular design concepts that require a high degree of natural detail and authentic material character in outdoor environments.