About this asset

This off-white tactile paving concrete texture is a seamless 2K PBR material designed for urban flooring and accessibility paths. This tactile paving material features a clean, off-white concrete finish with a uniform grid of raised circular studs. The surface design adheres to standard accessibility requirements, providing both visual and physical contrast for pedestrian navigation. The texture includes a subtle cross-hatch detail on the top of each stud, enhancing realism in close-up renders. The material is supplied with high-quality displacement, normal, and roughness maps, ensuring accurate light interaction and depth when applied to geometry. Its neutral tone and industrial aesthetic make it suitable for a wide range of exterior and public-facing interior applications.

The download is a 15.1 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.

To integrate this material, apply the albedo, normal, and displacement maps to a standard PBR shader within your rendering engine. The texture is designed for 0.80m by 0.80m real-world coverage, so set your UV tiling accordingly to maintain scale accuracy. Use the displacement map with a sub-division modifier to capture the depth of the studs. Adjust the roughness map intensity to match the specific weathering or finish requirements of your project environment for optimal realism.

Ideal for architectural visualisations, this tactile paving is essential for projects requiring compliance with accessibility standards, such as train stations, public plazas, and pedestrian crossings. It pairs effectively with asphalt, concrete paving slabs, and granite kerbs. Professionals use this asset to define safe walking routes and edge boundaries in both urban landscape designs and modern commercial developments. Search for this texture when detailing site plans, streetscapes, and transport hubs where clear wayfinding and safety-conscious material choices are required for professional-grade BIM and 3D output.