About this asset

This collection of eight seamless wood plank textures for 3ds Max provides high-resolution surfaces for flooring and wall cladding. The set comprises eight distinct wood plank finishes, ranging from cool-toned greys and bleached oak to deep, saturated walnut and mahogany tones. Each sample displays realistic grain patterns, varying in intensity and direction to simulate authentic timber. The planks are presented in a clean, rectangular format, making them highly versatile for tiling across large surfaces without visible seams. The collection includes a balanced mix of light, medium, and dark wood species, ensuring suitability for diverse interior design schemes, from contemporary minimalist spaces to more traditional, warm residential environments.

The download is a 1234 MB compressed archive with the textures and a ready-made 3ds Max (.max) material library, so the maps arrive already assigned to materials you can drag onto your own geometry.

These textures are designed for seamless integration within 3ds Max. Users can load the maps into standard or physically-based material editors to create custom shaders. Because the textures are tileable, they are ideal for applying to large-scale floor planes or wall surfaces using standard UV mapping coordinates. The high-resolution nature of the files allows for crisp detail even in close-up architectural visualisations, and they can be easily layered with bump or displacement maps to enhance the tactile quality of the finished surface.

These wood textures are essential for architects and interior designers working on residential, commercial, or hospitality projects. They are particularly effective for specifying timber flooring, feature wall panelling, or bespoke joinery in living rooms, bedrooms, and reception areas. By providing a wide range of tones, the set allows for quick iteration during the design development stage, helping to define the mood of a space. Professionals can use these assets to quickly populate models with realistic materials while maintaining high-quality visual output.