About this asset

This tileable tan sand PBR texture provides a realistic, high-resolution surface finish for exterior landscape visualisations. This PBR material set captures the appearance of dense, compacted sand featuring subtle variations in grain size and texture. The surface is marked by shallow pits and scattered footprints, lending a natural, worn quality to the ground plane. With a matte finish and a neutral tan colour palette, the texture avoids oversaturation, allowing it to integrate seamlessly into diverse exterior scenes. The 1.80m by 1.80m coverage area ensures a realistic scale that avoids obvious repetition when applied to large ground planes, making it suitable for both close-up architectural shots and expansive site plans.

The download is a 65.5 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 implement this material by mapping the provided albedo, displacement, and normal files within their preferred render engine. The included ARM maps allow for efficient control over roughness and occlusion, streamlining the shader setup process. Because the texture is tileable, it is best applied to flat or gently sloped geometry to prevent stretching. For optimal results in landscape renders, use the displacement map at a low intensity to capture the subtle granular depth without distorting the overall form.

Ideal for landscape architecture, site planning, and exterior visualization, this sand texture serves as a versatile ground cover for coastal, desert, or park environments. It pairs effectively with stone paving, timber decking, or natural vegetation to define circulation paths and transition zones. Architects and visualisers will find it useful for residential projects, hospitality resort designs, and urban public realm schemes where a realistic, lived-in terrain is required to ground the building models within their site context.