About this asset

This seamless PBR stone texture features a beige ashlar pattern, providing a high-quality surface finish for architectural visualisations. This seamless texture depicts a natural stone finish arranged in a modern ashlar pattern. The surface displays subtle variations in tone, ranging from soft beige to light grey, characteristic of natural quarried stone. The grout lines are clean and precise, creating a structured, geometric appearance that works well for large-scale surfaces. Each stone unit has a lightly textured, matte finish, suggesting a honed or sawn surface rather than a polished one. The overall composition is balanced, offering a neutral aesthetic that integrates easily into both interior and exterior architectural design schemes.

The download is a 22.1 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.

As a 2K PBR texture set, this material includes albedo, displacement, normal, and roughness maps for realistic rendering. Professionals should apply these to a plane or mesh surface within their preferred 3D software. The tiling property ensures that the pattern repeats seamlessly across large floor plates or facade elevations without visible seams. Adjust the displacement map scale to achieve the desired depth of the grout lines and the slight surface relief of the individual stone segments.

Ideal for residential flooring, terrace paving, or exterior wall cladding, this stone texture adds realistic detail to contemporary architectural projects. It pairs effectively with minimalist furniture and natural wood accents. Use this material when specifying hardscaping for hospitality projects or feature walls in high-end residential interiors. Search for 'ashlar stone texture', 'natural stone cladding', or 'seamless paving material' to find this asset when developing your material library for BIM or architectural rendering workflows in your next design project.