About this asset

This beige and brown terrazzo PBR texture is a tileable 2K material map set suitable for architectural floor and wall finishes. This terrazzo material features a warm, light beige cementitious base embedded with a dense distribution of variegated stone aggregates. The inclusions range in size from fine dust-like particles to larger, angular chips in shades of terracotta brown, white, and soft grey. The composition creates a balanced, multi-toned aesthetic that mimics traditional cast-in-place flooring. Its surface appearance suggests a honed or matte finish, providing a clean and uniform look that works well for modern interior applications. The variation in aggregate size and colour ensures a natural, high-quality look for large-scale surface applications.

The download is a 13.8 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.

To implement this material, load the provided albedo, displacement, normal, and roughness maps into your software’s material editor. Use the normal map to define the subtle surface depth of the aggregate chips and apply the displacement map for realistic relief in close-up renders. Because the texture is tileable, it can be mapped to large floor plates or facade panels without visible seams. Adjust the roughness map to fine-tune the gloss level to match your specific project's lighting requirements.

This terrazzo texture is ideal for contemporary residential and hospitality projects, particularly for lobby flooring, kitchen countertops, or bathroom wall cladding. It pairs effectively with natural timber cabinetry, brushed brass fixtures, or minimalist concrete elements. Architects and interior designers often search for this material when specifying hard-wearing, decorative surfaces that require a soft, neutral base with organic visual interest. It is a versatile choice for both high-traffic commercial spaces and refined residential environments, providing a timeless, durable aesthetic that holds up well in visualization.