
This 2K seamless PBR texture of grey lunar regolith features a rough, granular surface with small pebbles for realistic terrain. This PBR material captures the gritty, uneven texture of lunar regolith, defined by a monochromatic grey palette and a dense, particulate structure. The surface is characterised by fine dust interspersed with coarse grit and scattered small pebbles, creating a highly tactile, weathered appearance. The texture is engineered to represent a 400x400 mm patch of extraterrestrial ground, ensuring that when tiled, the distribution of debris and surface variations remains consistent and natural. It provides a neutral, high-fidelity base for simulating moon landscapes or harsh, barren environments with significant depth and surface detail.
The download is a 71.6 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.
Designers can apply this texture to large-scale plane geometries to simulate extraterrestrial landscapes. The included albedo, ambient occlusion, displacement, and normal maps allow for accurate height mapping and surface interaction with scene lighting. Professional workflows involve loading the packed ARM map into the material editor to control roughness and occlusion efficiently. The provided.blend and.gltf files allow for immediate implementation in 3D environments, requiring only basic UV unwrapping to maintain the intended 0.40 m scale across the target surface.
Stone Grey Lunar Regolith PBR Texture
Free
Ideal for architectural visualisations requiring sci-fi or lunar environments, this texture functions well in landscape design for conceptual projects or film-grade background environments. It pairs effectively with harsh, high-contrast point lighting to accentuate the displacement and granular detail of the regolith. Professionals looking for realistic crater terrain, extraterrestrial ground cover, or barren planetary surfaces will find this asset essential for establishing scale and atmosphere. It is suitable for use in both real-time engines and offline path-traced renderers to achieve high-quality environmental realism.
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.