About this asset

Grey stone fish-scale roofing tiles PBR texture, featuring a 2K resolution finish for realistic architectural visualisation. This PBR material features a classic fish-scale roofing pattern, meticulously rendered to replicate the appearance of natural stone tiles. The surface displays subtle tonal variations in cool grey, characteristic of weathered slate or split-face stone. Each tile unit is shaped with a rounded bottom edge, overlapping in a traditional staggered arrangement that provides a dense, protective aesthetic. The texture captures the nuanced grain and slight imperfections of natural stone, ensuring a convincing depth when applied to pitched roof geometries or vertical cladding surfaces in architectural renders.

The download is a 23.4 MB compressed archive with the texture set at 2K with colour, normal, roughness and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Professionals can integrate this 2K PBR material by loading the provided albedo, displacement, normal, and roughness maps into the respective slots of a standard material node. Due to its tileable nature, it maps effectively across complex roof planes or building facades without visible seams. Adjusting the displacement map scale allows for precise control over the depth of the tile overlaps, ensuring realistic shadowing and highlights across varied lighting conditions in the scene.

Ideal for residential projects, this material is well-suited for classic or vernacular architecture, including cottage-style roofs, dormer windows, or traditional stone-clad feature walls. It pairs effectively with timber framing, rough-cast render, or historic brickwork, providing a authentic, tactile finish. Designers typically search for this asset when creating exterior visualisations for heritage renovations, luxury rural housing, or landscape design projects where high-quality, realistic surface detailing is essential for achieving a convincing, lived-in appearance in the final output.