About this asset

This 2K PBR ceramic tile texture features a classic terracotta finish in a running bond pattern for high-fidelity architectural rendering. The material presents a clean, minimalist aesthetic featuring rectangular ceramic tiles arranged in a standard running bond pattern. The surface displays a subtle, uniform terracotta hue with a slight sheen, suggesting a glazed finish that reflects light evenly across its face. The grout lines are thin and neutral, providing a crisp contrast that defines the geometry of each individual tile. Its consistent colour and refined texture make it an excellent choice for surfaces where a structured, clean, and warm interior or exterior finish is required for contemporary design projects.

The download is a 14.7 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.

Users can apply this 2K PBR texture to any face or surface within their rendering software. The archive includes essential maps such as albedo, normal, displacement, and roughness, allowing for accurate physical representation of depth and light interaction. Professionals should adjust the scale within their material editor to match the intended tile dimensions, ensuring the seamless tiling property is leveraged for large-scale applications like wall cladding or flooring without visible seams or repeating artefacts.

This ceramic tile material is ideal for kitchen splashbacks, bathroom wall cladding, and feature walls in residential or hospitality environments. It pairs well with natural wood accents, brass hardware, or minimalist white sanitary ware. Designers searching for subway tile aesthetics or modern terracotta wall finishes will find this asset versatile for various project stages, from concept visualisation to final photorealistic renders. It is particularly effective in spaces aiming for a warm, tactile, and clean architectural look in contemporary design schemes.