About this asset

This seamless 2K PBR material features a geometric metallic pyramid pattern in gold and red, ideal for festive visualisation. The material presents a high-sheen metallic surface defined by a regular grid of raised, three-dimensional pyramids. Each facet reflects light distinctly, creating a sophisticated play between warm gold, deep red, and soft orange tones. The surface finish appears polished, with subtle micro-scratches visible under close inspection to enhance realism. This texture set is designed to mimic the reflective quality of high-end holiday baubles, providing a structured, repeating geometric pattern that maintains consistent highlights and shadows across curved or flat surfaces when applied to 3D geometry in a rendering environment.

The download is a 5.6 MB compressed archive with the texture set at 2K with colour, normal, roughness, metalness and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Apply this 2K PBR material set by loading the albedo, normal, displacement, roughness, and metalness maps into your rendering engine's shader nodes. The tileable nature of the maps ensures seamless coverage over complex meshes. For optimal results, adjust the displacement map intensity to achieve the desired depth of the pyramid relief, and ensure the metalness and roughness channels are correctly mapped to capture the characteristic metallic reflections found in the original source data.

This material is primarily intended for holiday-themed interior visualisations, such as retail window displays, hotel lobby decorations, or luxury residential seasonal staging. It works effectively as a texture for decorative spheres, custom wall panelling, or bespoke furniture accents. Designers looking to add a touch of festive elegance to a contemporary scene will find this asset useful for creating high-quality, realistic metallic surfaces that pair well with warm ambient lighting and neutral interior colour palettes in any professional AEC rendering workflow.