About this asset

This weathered beige marble rock PBR texture provides a realistic, tileable surface with craggy fractures and fine veins. Captured from a natural geological formation, this texture features a light beige, matte stone surface defined by deep, irregular fractures and fine, spider-webbing veins. The visual character is rugged and organic, showing significant weathering and subtle tonal variations across the 2.00 x 2.00 metre surface area. The high-fidelity scan ensures that the natural erosion patterns, including small chips and fissures, remain consistent when tiled. The included map set supports complex material shaders, providing the necessary data for displacement and surface interaction to achieve a convincing, non-repeating appearance in large-scale architectural visualisations.

The download is a 52.9 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 PBR material by assigning the albedo, roughness, and AO maps to the respective channels of a standard physical shader. For enhanced depth, the displacement and normal maps should be applied to the geometry, with the tiling set to a 2.00m scale to match the source capture. The provided ARM map allows for efficient channel packing in real-time engines, while the ready-made material files simplify the setup process in standard 3D software suites.

This material is suitable for exterior hardscaping, rock garden designs, and naturalistic landscape architecture projects. It pairs effectively with modern concrete or timber elements, providing a textural contrast in both residential and urban site planning. Designers often use this asset to add realism to retaining walls, plaza paving, or natural rock outcroppings in masterplan visualisations. Its neutral colour palette ensures versatility, making it a reliable choice for any scene requiring authentic, weathered stone surfaces without overwhelming the surrounding design elements.