About this asset

This 2K seamless PBR rock texture provides a highly detailed grey stone surface for architectural visualisation and terrain mapping. This material captures the rugged, granular character of natural weathered rock. The surface features a complex, uneven topography with deep crevices and sharp protrusions that suggest geological age and erosion. The colour palette is dominated by neutral greys with subtle beige undertones, creating a realistic, desaturated look suitable for natural environments. The PBR map set includes essential channels to ensure a convincing response to light, including displacement for depth, normal maps for fine surface detail, and ambient occlusion to define shadows in the craggy recesses of the rock formation.

The download is a 25.1 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 texture to geometry by loading the albedo, normal, displacement, and roughness maps into your preferred render engine material nodes. Use the displacement map with a subdivision surface modifier to achieve the necessary geometric depth on flat planes. Ensure the texture is set to repeat or wrap mode to maintain seamless tiling across large surfaces like retaining walls, cliff faces, or ground planes, adjusting the scale to match the intended real-world dimensions of the rock surface.

Ideal for exterior architectural renders, this material works well for garden walls, landscape designs, and site planning projects. It pairs effectively with modern concrete or timber structures to add a layer of natural, rustic contrast. Use this texture when creating site-specific terrain in masterplanning, or to detail building facades that incorporate stone cladding. Search for this asset when you need a versatile, photorealistic backdrop for outdoor scenes, or to add grit and realistic texture to urban landscape elements and retaining structures.