About this asset

This grey stone lunar rock fragment is a detailed 3D model featuring a rugged, cratered surface for extraterrestrial scenes. This piece represents a singular, irregular geological fragment characterized by a highly textured, cratered surface. The form is jagged and asymmetrical, mimicking the weathered appearance of regolith or lunar stone. Its surface detail is defined by small, sharp indentations and a coarse, matte finish that suggests a porous, dusty composition. The colour palette is a uniform, neutral grey, providing a realistic base for lighting and shadow interaction within a 3D environment. Its irregular geometry ensures it functions as a versatile element for creating natural, unrefined terrain or specific space-themed landscape compositions.

The download is a 70.3 MB compressed archive with the model in BLEND, FBX and GLTF format.

When integrating this asset, users should ensure the scale is adjusted according to the scene requirements, as the geometry is provided as a single, standalone mesh. Standard practice involves applying a high-quality bump or displacement map to accentuate the fine surface details during rendering. The model is compatible with standard PBR workflows, allowing for easy material assignment and adjustment of roughness values to suit specific environmental lighting conditions. It can be populated across large surfaces using object distribution tools or scatter plugins.

Primarily intended for use in architectural visualisation and environmental design, this rock is suitable for creating realistic exterior scenes, geological displays, or thematic installations. It pairs effectively with other natural landscape elements, such as gravel, sand, or sparse vegetation, to build convincing ground textures. Professionals working on sci-fi concepts, space-themed exhibitions, or rugged outdoor landscape projects will find this asset useful for adding topographical interest and detail to ground planes. It is a practical addition for any project requiring authentic, weathered, and natural-looking stone elements.