About this asset

This light oak finger-jointed wood PBR material provides a 2K tileable surface for realistic interior flooring and cabinetry. This PBR material features a light oak timber finish with a distinct finger-jointed plank configuration. The grain pattern is subtle and consistent, exhibiting the natural warmth of light-toned wood. Each plank segment is carefully aligned to create a cohesive surface, suitable for large-scale application. The texture captures realistic wood characteristics, including fine grain lines and minor tonal variations that add depth to the visual. The surface finish is balanced, offering a clean, modern aesthetic that works well in contemporary interior schemes where a natural, organic touch is required for architectural surfaces.

The download is a 20.3 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 preferred render engine's material editor. Apply the texture to your geometry, ensuring the UV mapping is set to a scale that respects the plank dimensions. For optimal results, adjust the displacement map intensity to capture the subtle height variations of the finger joints. Use the roughness map to modulate light reflection, creating a realistic matte or satin finish depending on the lighting conditions in your scene.

Ideal for residential flooring, custom joinery, and wall panelling, this oak texture integrates seamlessly into modern and minimalist interior designs. It performs well in hospitality and office environments where a high-quality timber finish is desired for reception desks or executive suites. Professionals will find this asset useful for visualising large floor plates or extensive cabinetry runs. Pair this material with neutral palettes or bold accent colours to enhance the natural aesthetic within your architectural renders and BIM presentations.