About this asset

High-resolution marble flooring texture set for SketchUp, featuring four distinct stone patterns for realistic interior surfaces. This collection provides four distinct marble floor finishes, each offering a unique aesthetic. The set includes a classic grey veined marble in a running bond pattern, a dark, rich mahogany-toned marble with dramatic veining, a large-format beige stone featuring contrasting dark linear inlays, and a sophisticated white marble with geometric octagonal inserts and dark accent tiles. Each texture is designed for seamless tiling, ensuring that large floor areas can be covered without visible repetition. The natural variations in the veining and stone coloration provide a realistic, high-end finish for architectural visualisations.

The download is a 1583 MB compressed archive with the textures and a ready-made SketchUp (.skp) material library, so the maps arrive already assigned to materials you can drag onto your own geometry.

To use these textures in SketchUp, import the image files into your material library. Apply the textures to your floor geometry using the paint bucket tool, then adjust the scale within the material editor to match your specific room dimensions. For optimal results, ensure the tiling settings are locked to maintain the seamless nature of the maps. These files provide a direct diffuse map application, making them efficient for quick scene population while maintaining a professional level of visual detail.

These marble textures are ideal for luxury residential projects, boutique hotel lobbies, and high-end retail showroom designs. Use them to define flooring in entryways, master bathrooms, or formal dining areas where a classic stone aesthetic is required. They pair effectively with brass hardware, velvet upholstery, or minimalist furniture to create a balanced interior composition. Professionals searching for natural stone flooring, classic marble patterns, or high-quality architectural surface materials will find this set essential for achieving realistic finishes in their 3D renderings.