About this asset

This 2K PBR seamless texture features detailed lunar regolith with distinct boot prints, ideal for extraterrestrial terrain. This PBR material captures the specific coarse, dusty texture of lunar soil, featuring high-fidelity impressions of boot footprints arranged in trails across the surface. The base grey colour maintains a neutral, desaturated tone consistent with moon surface imagery. The displacement and normal maps provide significant depth, accurately rendering the sharp, compressed edges of the prints against the loose, granular background. The asset is designed to tile across large areas, effectively simulating a continuous expanse of lunar ground without visible repetition, making it suitable for wide-angle exterior visualizations requiring realistic extraterrestrial landscapes.

The download is a 86 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 large-scale plane or terrain geometries within your 3D software. The included albedo, roughness, ambient occlusion, and normal maps should be mapped using standard PBR shader nodes. Utilize the displacement map for enhanced surface geometry in close-up shots. For users of specific platforms, the provided material files allow for quick integration into existing scenes, while the packed ARM map simplifies the setup for real-time engines.

This texture is primarily intended for sci-fi visualization, cinematic space environments, and speculative architectural projects featuring off-world habitats. It pairs well with metallic modular structures, rover vehicles, and low-gravity landscape elements. Professionals searching for lunar terrain, regolith, or planetary surface materials will find this asset essential for creating authentic, high-detail ground planes. It is suitable for both mid-range hero shots and expansive background environments where realistic surface irregularities are required to ground the scene.