[Rubber] Foam Textures

Soft rubber is defined by how light behaves on a surface that gives. The highlight spreads broad and low instead of pulling into a tight point, edges stay rounded rather than breaking sharply, and the surface reads as compressible even when the geometry under it is perfectly flat. This collection is procedural rubber relief — cushioned cells, moulded panels, profiled ribbing and raised studs — rather than photographic foam, so the forms stay clean at any scale and tile without a visible repeat.

License

Free for personal and commercial use. No attribution required. Commercial games, film, broadcast, print, product design 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

• Cushioned relief — soft rounded forms with a broad, gentle highlight, reading as compressible padding rather than hard rubber. Seating, matting, protective padding.
• Moulded cell panels — repeating domed and lobed cells pressed into a continuous sheet. Packaging inserts, equipment trays, interior panelling.
• Profiled ribbing — raised diamond and chevron ribs running across a flexible surface. Anti-fatigue mats, gym flooring, step covers.
• Studded and dotted — regular raised buttons on a soft base, the standard grip pattern for wet areas. Locker rooms, ramps, tool grips.

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

Where foam rubber is used

Product visualisation. Grips, seals, packaging inserts and protective cases are overwhelmingly foam, and these appear in close-up product photography where the cell structure is clearly visible.

Game props and environments. Studio interiors, gym equipment, packing crates and destroyed furniture all rely on foam, and it is one of the quickest ways to make an interior feel occupied.

Film and television. Practical props are frequently carved from foam, and matching a digital extension to a foam original means matching how the surface swallows light rather than reflecting it.

Architectural and acoustic visualisation. Recording studios, home cinemas and office pods use profiled acoustic foam as a visible design feature, and the wedge pattern is instantly recognisable to anyone in that field.

How to use these in Blender

1. Keep Metallic at 0 and Roughness high, around 0.85 to 0.95. Foam is one of the most diffuse materials you will render, and any noticeable specular highlight destroys it immediately.
2. Enable Subsurface with a short radius on open-cell varieties. Light genuinely enters the cell network and comes back out nearby, and this is what stops foam looking like painted stone.
3. Use displacement rather than bump for coarse sponge. The cavities are deep enough to occlude and self-shadow, and a normal map alone makes them read as printed dots.
4. Add a slight Sheen. Cut foam has a fuzzy fibrous edge that catches grazing light, which is exactly what Sheen models.

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 the Subsurface shading model with a low, warm-tinted subsurface colour on open-cell foam, and plain default lit on closed-cell neoprene where light does not penetrate.
3. Enable Parallax Occlusion or Nanite displacement on hero surfaces so the cavities occlude correctly as the camera moves, since flat cell patterns are very obvious at grazing angles.
4. Drive dirt through an ambient occlusion mask so grime settles into the cells rather than sitting on the raised walls, which is precisely how used foam ages.

How to use these in Unity

1. Use URP/Lit with Metallic at 0 and very low smoothness, and avoid a smoothness map on matte foam since the variation is negligible and costs memory.
2. Add a Detail Normal Map at high tiling for fine cell structure so the surface holds up when a player or camera gets close.
3. For acoustic panelling, model the wedge profile as geometry rather than relying on the texture; the silhouette against a wall is most of the visual read.
4. Use a light probe volume nearby. Foam is entirely diffuse, so all of its shape comes from ambient occlusion and bounced light rather than from reflections.

Tips for foam rubber specifically

Kill the specular. The single most common error is treating foam like a soft plastic and leaving a broad highlight on it. Real foam has an enormous surface area of tiny cavities that scatter light in every direction, so there is essentially no coherent reflection at all. If you can see a light source shape in your foam, roughness is too low.

Deform it, do not just texture it. Foam compresses visibly wherever anything rests on it, and it keeps that impression for a while afterwards. A cushion with a perfectly flat surface, or packaging foam with no compression around the object it protects, reads as rigid regardless of how good the material is.

Age it yellow, not grey. Polyurethane foam oxidises and turns a distinctive orange-yellow before it goes brittle and starts shedding, and that colour shift happens fastest where light and air reach it. Darkening old foam toward grey is the intuitive move and it is wrong, which is why aged foam props so often look dusty rather than genuinely old.

Browse the collection

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

View the full Rubber collection →

Related: Plastic textures, Fabric textures.