About this asset

This 2K PBR wood material features a consistent straight-grain pattern, providing a clean natural aesthetic for digital surfaces. This PBR material captures the essence of light-toned, straight-grained timber. The surface displays a subtle, uniform texture with soft tonal variations in beige and natural wood hues, suggesting a sanded or finely finished wood species. The material includes dedicated maps for displacement, normal, and roughness, ensuring accurate light interaction and depth when applied to 3D geometry. Its neutral appearance allows it to integrate into a wide range of interior styles, from Scandinavian to contemporary, providing a realistic base for furniture, flooring, or wall cladding applications within a high-quality visualization project.

The download is a 21.7 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.

To implement this material, load the provided albedo, normal, displacement, and roughness maps into your render engine's shader node editor. Ensure the UV mapping is set to a scale appropriate for the intended surface, as the seamless tiling allows for infinite expansion across large floor plates or facades without visible seams. Adjust the displacement map intensity to control the perceived depth of the wood grain, and use the roughness map to fine-tune the specular highlights for a photorealistic finish.

This versatile wood texture is ideal for residential interiors, high-end hospitality projects, and modern office environments. It serves as an excellent foundation for cabinetry, custom joinery, timber flooring, or feature walls. Professionals will find this asset useful when looking for a clean, non-distracting wood finish that pairs well with minimalist or Japandi design schemes. It provides a reliable, high-resolution solution for architectural visualisers needing to quickly populate scenes with realistic, neutral timber surfaces that maintain visual integrity at various scales.