About this asset

This 2K seamless PBR wood plank texture provides a realistic natural finish for floor and wall surfaces in architectural renders. This material replicates a classic wood plank floor with a consistent natural-wood tone. The surface features a warm, honey-brown palette with subtle grain variations and minor surface markings that provide a realistic, lived-in aesthetic. Each plank is arranged in a linear, staggered configuration, creating a traditional look that is suitable for a wide range of interior styles. The texture is designed to be fully tileable, ensuring that the wood pattern remains continuous across large floor plates or wall surfaces without any noticeable seams or repeating artifacts in the final render.

The download is a 25.7 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.

Professionals can integrate this 2K PBR texture into any standard rendering workflow by mapping the provided albedo, displacement, normal, roughness, and ambient occlusion files. The maps are optimized for high-quality displacement, allowing for realistic depth and surface interaction with scene lighting. Users should adjust the tiling scale in their material editor to match the desired plank width, ensuring the material aligns correctly with the geometry of the floor or wall plane being textured.

Ideal for residential, hospitality, and office projects, this wood floor texture provides a timeless foundation for interior spaces. It pairs effectively with modern furniture, neutral wall palettes, or traditional cabinetry. Architects and visualisers will find this asset useful for high-end interior design presentations where a realistic, high-quality timber finish is required. It is commonly used in living rooms, dining areas, and boutique retail environments to establish a warm, inviting atmosphere that balances classic materiality with contemporary rendering precision.