About this asset

Asphalt road surface texture featuring double white lane markings, provided as a 2K PBR material set for site and urban planning. This PBR material captures the realistic appearance of a weathered asphalt road surface, complete with distinct double white lane markings. The texture features a granular, coarse-grained base typical of bitumen-based paving, overlaid with patches that suggest recent repairs or varying degrees of wear. The contrast between the dark charcoal aggregate and the crisp, linear white paint markings provides strong visual definition. Designed to cover a 7.5 by 7.5 metre area, the material maintains consistent scale and detail, ensuring it appears natural across large-scale site plans or detailed street-level visualisations.

The download is a 28.3 MB compressed archive with the texture set at 2K with colour, normal, roughness and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Apply this texture to planar or curved surfaces in your preferred rendering engine using the included albedo, normal, and displacement maps for realistic surface response. Because it is tileable, you can map it across extensive road networks or parking areas without visible seams or repetition. Ensure your UV scaling is set to match the 7.5-metre real-world dimensions for accurate proportions. Adjust the displacement map intensity to capture the subtle texture of the aggregate and the slight elevation of the painted lines.

Ideal for landscape architecture, urban design, and civil engineering projects, this material is essential for rendering roads, highways, and parking facilities. It pairs effectively with street furniture, traffic signage, and roadside vegetation models to create convincing site environments. Use it during the concept or final presentation stages to add authentic detail to masterplans and street-level perspectives. Professionals seeking a standard, realistic road surface for site context will find this asset reliable for both wide-angle aerial shots and close-up ground-level architectural renders.