About this asset

Weathered grey brick paving PBR texture featuring cracked surfaces, soil-filled joints, and organic moss growth for 3D outdoor scenes. This PBR texture captures a weathered outdoor paving surface composed of rectangular grey bricks laid in a traditional running bond pattern. The bricks exhibit a heavily distressed aesthetic, featuring visible cracking, pitted textures, and signs of age. Deep, soil-filled joints separate each unit, with small patches of moss and sparse vegetation creeping into the gaps, enhancing the realistic, aged appearance. The material provides a high degree of visual depth, effectively simulating the irregular, rough surface of reclaimed or neglected urban paving stones suitable for exterior ground planes.

The download is a 30.3 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 texture into a project, assign the albedo, normal, and displacement maps to your material shader to achieve the necessary surface depth and relief. The included ambient occlusion and roughness maps will ensure accurate light interaction, particularly in outdoor environments. Because the texture is scanned to a 1.30m by 1.30m real-world scale, it should be mapped to a corresponding plane size in your software to maintain proper brick proportions and tiling density across large exterior surfaces.

This material is ideal for exterior landscape design, urban plazas, and residential garden paths where a worn or rustic aesthetic is required. It pairs well with weathered concrete walls, rusted metal fixtures, or timber decking to create a cohesive, lived-in environment. Professionals looking for realistic ground surfaces will find this asset useful for exterior visualisations, heritage site restorations, and industrial-style courtyard scenes where high-fidelity, organic detail is essential for grounding the 3D model in a naturalistic context.