About this asset

This grey lunar regolith PBR texture provides a smooth, finely-grained extraterrestrial surface for digital terrain mapping. This PBR texture replicates a fine-grained lunar regolith surface, characterised by its uniform grey tone and subtle, dusty appearance. The surface features minute pockmarks and faint, directional streaks, suggesting a compacted yet loose particulate composition. With a measured real-world coverage of 370 by 370 millimetres, the texture maintains a high level of fidelity for close-up macro rendering. It includes a comprehensive map suite—albedo, ambient occlusion, displacement, normal, and roughness—to ensure realistic interaction with light, capturing the soft, non-reflective quality typical of extraterrestrial dust beds in a controlled, tiled format.

The download is a 47.6 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 PBR texture to ground planes or terrain meshes by mapping the albedo, normal, and displacement channels within your preferred render engine. The included ARM map allows for efficient channel packing, while the ready-made material files simplify integration into common 3D software workflows. Adjust the displacement scale to match your scene's level of detail, ensuring the tiling parameters are set to 1:1 to maintain the intended 370mm scale across the landscape.

This texture is suitable for science fiction visualisation, space-themed architectural projects, and landscape design requiring an otherworldly ground plane. It pairs well with rocky outcrops, crater geometry, or metallic spacecraft base meshes where a contrasting, soft-ground texture is needed. Professionals will find this asset useful for both wide-angle planetary environment scenes and tight, macro-level shots of lunar bases or research outposts. It is an essential asset for creating authentic extraterrestrial terrain, lunar dust, or alien desert environments in professional architectural and cinematic workflows.