About this asset

This 2K seamless PBR texture provides a realistic beige earth finish, featuring fine aggregate for versatile landscape applications. This PBR material captures the appearance of fine, compacted earth or sandy soil, characterized by a uniform beige tone and natural textural variations. The surface displays a granular structure with scattered small aggregate particles, creating a subtle, organic finish. The material is designed for high-fidelity rendering, providing a realistic look for ground planes and terrain. The distribution of particles is balanced, ensuring that the appearance remains consistent across large areas without distracting patterns. It is a neutral, versatile choice for representing natural ground surfaces in various exterior environments.

The download is a 27.5 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.

To implement this texture, apply the albedo, displacement, normal, roughness, and ambient occlusion maps to your material shader. Adjust the displacement map's intensity to achieve the desired surface depth and scale the UV mapping to suit your project's dimensions. Because this asset is fully tileable, it can be applied to expansive floor plates or site plans without visible seams, ensuring a continuous and professional finish across large terrain models in your 3D environment.

This material is well-suited for landscape design, urban planning projects, and residential exterior visualisations. It pairs effectively with stone paving, timber decking, or sparse vegetation in garden and park designs. Professionals will find this asset useful when modelling site topography, paths, or natural earth boundaries. It integrates seamlessly into projects requiring a realistic, understated ground finish, making it a reliable addition to any library for site-specific renderings, whether for early-stage conceptual work or final high-quality visualisations.