About this asset

This 2K PBR facade texture delivers a seamless night-time high-rise aesthetic with integrated emissive mapping for renders. Representing a high-density urban skyscraper at night, this procedural texture features a repetitive grid of illuminated and dark window units. The design simulates a modern glass and metal curtain wall system, providing a convincing depth through its included displacement and normal maps. The contrast between the bright, warm-white window interiors and the dark structural framing creates a rhythmic, high-tech visual pattern. This asset is engineered to provide a realistic exterior shell for large-scale architectural projects, ensuring that the repetitive nature of a commercial tower is captured with high fidelity and zero visible seams.

The download is a 23.1 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.

To implement this PBR texture, load the albedo, roughness, metalness, and displacement maps into your render engine’s material editor. Use the emissive map to drive the glow intensity of the window panels for night-time lighting scenarios. Adjust the displacement scale to suit the desired depth of the facade grid. Because the texture is fully tileable, it can be applied to massive planes or complex mesh geometries without requiring further UV manipulation or tiling adjustments in your viewport.

This material is essential for architects and visualisers working on large-scale commercial, hospitality, or office developments. It is specifically designed for exterior facades where a night-time illuminated look is required. It pairs effectively with modern curtain wall systems and high-rise building typologies. Use this texture to populate backgrounds in urban masterplan renderings or to add immediate detail to skyscraper elevations. Search for it when you need a quick, high-impact solution for city-scale night lighting without manually modelling individual window units.