About this asset

This seamless 2K PBR wood plank texture features a linear natural wood finish, ideal for high-quality architectural visualisation. This PBR texture replicates the aesthetic of narrow, linear natural wood planks. The surface displays a consistent, tight-grained wood pattern with subtle variations in tone, ranging from light beige to soft natural-wood hues. The material exhibits a clean, structured appearance with distinct vertical channels between each plank, providing depth and shadow detail. The texture is engineered for seamless tiling, ensuring that large floor plates or wall surfaces can be covered without visible repetition or seams. The neutral palette makes it a versatile choice for contemporary and minimalist interior design schemes.

The download is a 27.9 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 2K PBR material, load the provided albedo, normal, displacement, and roughness maps into your preferred render engine’s material editor. Use the displacement map to achieve realistic depth in the plank gaps, adjusting the scale to match your scene’s units. The texture is designed to tile seamlessly across large surfaces; ensure your UV mapping is set to a consistent scale to maintain the intended plank width and alignment across your geometry for a professional finish.

This wood plank texture is well-suited for residential flooring, hospitality lobby areas, and high-end office interiors where a clean, linear aesthetic is required. It pairs effectively with modern furniture, minimalist joinery, and natural stone accents. Professionals will find it useful for creating realistic timber floors or feature wall cladding in BIM and 3D rendering workflows. Search for this asset when specifying light-toned wood finishes, contemporary plank flooring, or detailed interior surface materials that require high-fidelity PBR map support for photorealistic results.