About this asset

This beige stacked stone PBR texture provides a high-resolution, tileable surface finish for architectural rendering projects. This PBR texture features a natural, dry-stacked stone aesthetic with a warm beige and tan colour palette. The surface displays irregular, horizontally layered stone slips with varying thicknesses and depths, creating a rugged, high-relief appearance. The mortar joints are minimal and recessed, emphasizing the tactile quality of the stone faces. Each stone unit shows subtle weathering and tonal variations, typical of hand-laid masonry. The texture is designed for seamless tiling across large areas, making it effective for both interior feature walls and exterior facade cladding where a rustic, organic materiality is required.

The download is a 15 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.

To implement this material, load the provided albedo, displacement, normal, roughness, and ambient occlusion maps into your render engine's material editor. Given the 3000mm by 1500mm coverage, set the UV mapping scale accordingly to maintain physical accuracy. The displacement map is essential for capturing the depth of the stone layers under raking light, while the normal map provides fine-grain surface detail. Ensure the tiling is set to repeat across the X and Y axes for extensive wall surfaces.

Ideal for residential architecture, this stone material works well on exterior facades, retaining walls, and interior fireplace surrounds. It pairs effectively with timber framing, raw concrete, or large-format glazing, providing a strong textural contrast. Professionals should look for this asset when specifying materials for rustic or contemporary farmhouse projects that require a natural, weathered aesthetic. It is suitable for both high-end visualisation and conceptual design stages where realistic material representation is necessary to define the building character and materiality.