Grey Ceramic Roofing Tile PBR Texture

This grey ceramic roofing tile PBR texture features a clean stacked pattern, providing a 2K seamless finish for architectural roof visualisations. This PBR material presents a classic, uniform grid of ceramic roofing tiles in a muted grey tone. The tiles exhibit a subtle, low-profile curvature, creating clean horizontal and vertical shadow lines across the surface. The design is characterised by its orderly, stacked arrangement, which offers a neutral aesthetic suitable for a variety of building styles. Each tile is rendered with consistent proportions and a smooth, weather-resistant surface finish, ensuring the material remains visually balanced when applied to large-scale pitched roof geometries or exterior surfaces in digital environments.

The download is an 11 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion, displacement and opacity maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Professionals can integrate this texture into rendering pipelines by applying the included albedo, normal, displacement, roughness, and ambient occlusion maps. Due to the 2.90m by 2.90m real-world scale, users should set UV tiling to ensure accurate mapping without manual adjustment. The displacement map is particularly effective for generating realistic depth on roof slopes, while the roughness map controls the subtle light reflections typical of ceramic surfaces in outdoor lighting conditions.

Ideal for residential roofing projects, this material integrates seamlessly into exterior renders for housing developments and traditional architectural visualisations. It pairs well with brick or rendered wall finishes, providing a realistic finish for pitched roof planes. Architects and visualisers can utilise this asset when specifying roofing materials for new builds or heritage renovations, searching for terms like grey roof tile, ceramic roofing, or seamless roof texture to achieve a precise and professional look in their site context models.