About this asset

This grey lunar regolith PBR seamless texture captures a coarse, cratered surface, provided with full map support for 3D environments. This PBR texture replicates the granular, dusty appearance of lunar regolith, featuring a highly irregular, cratered surface profile. The material presents a consistent, matte grey finish with subtle variations in particle size, mimicking the abrasive and coarse nature of extraterrestrial soil. The surface is physically detailed, showing deep pits and small, scattered debris that create a complex, non-uniform texture. It is designed to represent a 500mm by 500mm patch of ground, ensuring that the scale remains realistic when applied to large-scale landscape meshes or extraterrestrial scene terrain models.

The download is a 75 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 integrate this texture into rendering pipelines by applying the included albedo, roughness, and displacement maps to a standard PBR material shader. The displacement and normal maps, provided in both DirectX and OpenGL formats, allow for significant surface depth and detail when rendered. The packed ARM maps help optimise memory usage in real-time engines, while the pre-configured blend and gltf files ensure a rapid setup process within common 3D workflows for immediate scene integration.

Ideal for sci-fi environments, space-themed architectural visualisations, and extraterrestrial landscape design, this texture provides a realistic ground base for moon-base concepts or cinematic set extensions. It pairs effectively with harsh, directional lighting to accentuate the cratered relief and dusty character of the surface. Designers working on concept art for futuristic research facilities or planetary exploration scenes will find this material essential for establishing an authentic, rugged ground plane that maintains visual interest without repeating patterns at standard viewing distances.