
This seamless PBR texture set provides a rustic brown parquet timber floor surface, featuring a 2K resolution for high-fidelity architectural visualisation. This material captures a complex parquet flooring pattern composed of varied timber planks in rich, earthy brown tones. The surface exhibits a high degree of character, including natural wood grain variations, subtle surface scratches, and worn edges that suggest a lived-in, authentic finish. Each board displays a unique tonal shift, ranging from deep chocolate to lighter honey hues, contributing to a realistic, non-repeating appearance across large floor areas in a digital environment.
The download is a 50.2 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.
Apply this texture set using standard PBR workflows in any major 3D rendering engine. The included albedo, roughness, displacement, and normal maps allow for precise control over surface depth and light interaction. Ensure the texture is mapped to a scale of 1.34 by 1.34 metres to maintain the intended proportions of the parquet pattern. The packed ARM map streamlines shader setup, while the provided ready-made material files offer an efficient starting point for rapid scene development.
Ideal for residential living areas, boutique hospitality projects, or period-style renovations, this flooring material adds immediate depth and character to interior renders. It pairs well with neutral walls, soft textiles, or industrial metal accents to ground a space. Professionals seeking a weathered, authentic hardwood look will find this asset versatile for both contemporary and traditional design schemes. When searching for this type of material, use terms like distressed wood flooring, parquet texture, or realistic timber PBR to find similar assets.
Rustic Brown Parquet Timber Plank Flooring
Free
Public domain. Use commercially, modify and redistribute. No attribution required.
Covers 1 seat.