About this asset

This parametric Substance material generates custom road markings and traffic lines in Substance 3D, featuring varied yellow patterns. This procedural Substance material provides a comprehensive toolkit for generating standard road markings. The library includes multiple configurations, such as solid longitudinal lines, dashed center lines, diagonal warning stripes, directional arrows, and parallel zebra-crossing patterns. Each element is rendered with a clean, high-contrast yellow finish typical of traffic safety paint. Designed for flexibility, the parametric nature allows for adjustment of line spacing, width, and wear levels, ensuring consistent visual quality across large-scale urban or industrial site models. The asset is entirely procedural, eliminating tiling artifacts and providing high-resolution output for any length of roadway.

The download is a 676 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

As a native.sbsar file, this material integrates directly into Substance 3D workflows, allowing for real-time adjustments before export. Users can modify the pattern parameters to match specific site requirements or local traffic standards. Once the desired look is achieved, the material can be exported as a set of high-quality PBR maps, including base colour, roughness, and normal maps, for seamless application in standard architectural visualization pipelines or game engine environments.

Ideal for landscape architects and urban designers, this material is essential for populating masterplan renderings, infrastructure projects, and industrial site models. It works effectively on asphalt or concrete surfaces, providing the necessary detail for road networks, parking lots, and pedestrian crossings. Professionals can use it to define traffic flow in site plans or add realism to street-level visualizations. It pairs well with generic asphalt textures and concrete paving materials to complete the site's ground plane and circulation design.