[Ground] Asphalt Textures

Asphalt is the most-photographed surface in the world and one of the most consistently rendered wrong. The main reason is colour: fresh asphalt is genuinely black, but sunlight strips the bitumen binder within months and leaves the pale grey aggregate exposed, so almost every road you will ever see is mid-grey with black only in the shade and in freshly sealed patches. The second reason is that a road is never one material. It is a patchwork of the original surface, utility trenches cut and refilled, crack sealant piped over failures, and a darkened polished strip down each wheel path.

License

Free for personal and commercial use. No attribution required. Commercial games, film, broadcast, print, architectural visualization and client work are all permitted. No credit, no backlink, no permission request needed. You may not resell or redistribute the texture files themselves as a texture pack.

What's in this collection

• New and freshly laid — dark, tight, evenly rolled surface with the binder still coating the aggregate. New developments, resurfaced roads, car parks, clean urban scenes.
• Weathered and oxidised — the pale grey majority case with exposed stone, faint tyre polish and general road grime. Most streets, highways, everyday exteriors.
• Cracked and patched — alligator cracking, potholes, black sealant lines and rectangular utility patches at a different tone. Neglected roads, industrial areas, decay storytelling.
• Road markings — painted and thermoplastic lines with worn edges, tyre scuffing and ghosting from removed markings. Car parks, junctions, highways, urban navigation.

All tiles are seamless in both directions and delivered at high resolution.

Where asphalt is used

Game environments. Driving games and open-world cities are largely asphalt by surface area, and it is the material players spend the most time actually looking at.

Architectural visualization. Every exterior with a car park, driveway or adjacent street needs road surface, and a flat black plane at the edge of a building ruins otherwise strong images.

Film and television. Street set extensions and vehicle plate work require asphalt that matches photographed road under the same weather, and wet asphalt behaves very differently from dry.

Product visualisation. Automotive, footwear and cycling imagery routinely uses road as a backdrop, where the aggregate scale directly communicates how close the camera is.

How to use these in Blender

1. Connect the colour map to Base Color with Metallic at 0 and Roughness high, around 0.75 to 0.9 on dry road. Asphalt is one of the least reflective surfaces in a typical exterior scene.
2. Use displacement with adaptive subdivision only on close-up shots. At normal viewing distance a bump node is sufficient, and the aggregate is only a few millimetres proud.
3. Build a wetness layer that darkens Base Color and drops Roughness sharply, masked to the low areas from the height map so puddles form where they physically would.
4. Add a large-scale mask that darkens two parallel bands where wheels travel. This single detail turns a texture into a road that vehicles have used.

How to use these in Unreal Engine 5

1. Import colour with sRGB on and height, roughness and normal maps with sRGB off.
2. Use a landscape or world-aligned material so long stretches of road do not show UV seams at every mesh boundary.
3. Add road markings and patches as deferred decals rather than baking them in, so junction layouts can change without new textures.
4. Drive a global wetness parameter that darkens albedo and lowers roughness together, and let puddle placement come from the height map so rain transitions look physically motivated.

How to use these in Unity

1. Use URP/Lit with Metallic at 0 and a smoothness map, since polished wheel paths are noticeably smoother than the untouched centre of a lane.
2. Set tiling from real dimensions. Aggregate stones are roughly ten to twenty millimetres, and scaling them up is the fastest way to make a road look like gravel.
3. Use Detail Maps at high tiling so the stone texture holds up when a camera drops to bumper height.
4. Place markings with Decal Projectors and vary their wear per instance; every line in a car park having identical wear is very visible from above.

Tips for asphalt specifically

Stop making it black. This is the defining asphalt mistake. Only asphalt laid within the last few months is actually dark, and it lightens continuously as UV breaks down the bitumen. A road rendered near black reads as either brand new or as an untextured placeholder, and simply lifting it to a mid grey with darker patches will improve a street scene more than any other single change.

Wet it and it becomes a mirror. Water fills the surface voids in asphalt and produces near-specular reflection, which is why night rain shots are so visually striking. This is a much larger change than on most materials, so a wet road wants both a large drop in roughness and a substantial darkening of albedo, not one or the other.

Build the repair history. Real roads are a collage: trench patches with visible saw-cut edges, black sealant snaking over cracks, sunken manhole surrounds, and tone differences between resurfacing campaigns. A perfectly uniform road surface is unusual outside a brand-new development, and even two or three rectangular patches at slightly different greys will do more for realism than a higher-resolution base texture.

Browse the collection

Ground textures are organized into volumes, each containing multiple packs. New volumes are added continuously.

View the full Ground collection →

Related: Stone textures, Rubber textures.