[Rubber] Studded Textures

Studded rubber is engineered geometry, not surface noise. Every raised disc, diamond, or rib on an industrial floor mat exists for a measurable reason — grip, drainage, or wear distribution — which means the pattern is regular, the spacing is deliberate, and the edges are moulded rather than eroded. Treating it as a bump map over flat rubber loses the shadowing between studs that makes the surface read as three-dimensional. This collection covers coin-pattern matting, diamond plate rubber, ribbed flooring, and moulded grip pads.

License

Free for personal and commercial use. No attribution required. Commercial games, film, 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

• Coin pattern — evenly spaced raised circular studs. Gym flooring, garage matting, transit vehicle floors.
• Diamond and chequer — raised diamond forms in an alternating grid. Industrial walkways, ramps, step treads.
• Ribbed flooring — continuous parallel ridges for directional drainage. Entrance matting, wet areas, vehicle floors.
• Moulded grip pads — irregular functional shapes on tool and equipment handles. Power tools, sports equipment, controllers.

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

Where studded rubber is used

Game environments. Industrial interiors, vehicles, gyms, and sci-fi corridors. Studded flooring is one of the most efficient ways to make a corridor read as functional rather than decorative.

Architectural visualization. Plant rooms, entrance matting, ramps, and accessibility surfaces where slip resistance is specified.

Product visualization. Tool grips, footwear outsoles, and equipment handles where the pattern is a design feature.

Film and set design. Vehicle interiors, industrial locations, and props requiring an authentic engineered surface.

How to use these in Blender

1. Import the texture into a Principled BSDF, connecting RGB to Base Color, keeping the value above pure black.
2. Use a Non-Color copy as Displacement rather than bump where the camera gets close — studs need real silhouette and real shadow between them.
3. If using bump only, set strength high, 0.6–0.9, and pair with strong ambient occlusion in the recesses.
4. Set Roughness 0.8–0.95, dropping to 0.5–0.65 on the stud tops where foot traffic has polished them.

How to use these in Unreal Engine 5

1. Import the texture and create a new Material with Metallic at 0.
2. Use parallax occlusion mapping for floor surfaces — studded rubber benefits from it more than almost any other flat material because the pattern has real depth.
3. Align the tiling to the real product module size so the pattern repeat matches an actual mat rather than an arbitrary scale.
4. Mask a polished, lower-roughness variant onto walking lines to show traffic wear.

How to use these in Unity

1. Drop the texture into your project's Assets folder.
2. Create a Material with a Standard or Lit shader and assign the texture to Albedo.
3. Assign a normal map at full strength and add a height map for parallax where the shader supports it.
4. Set Smoothness low, 0.05–0.2, raising it slightly on worn stud tops.

Tips for studded rubber specifically

The shadows between studs do the work. If the surface looks flat, the problem is almost always missing occlusion in the gaps rather than an insufficiently detailed pattern.

Wear appears on the tops only. Traffic polishes the raised studs while the recesses stay matte and collect dirt. That inverted wear pattern is a strong, cheap realism cue and is the opposite of what a generic grunge overlay produces.

Keep the pattern aligned. Moulded mats are laid in rectangular sheets with the pattern square to the room. Rotating the texture arbitrarily across a floor immediately breaks the sense that it is a manufactured product.

Browse the collection

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

View the full Rubber collection →

Related: Metal textures for adjacent chequer plate and fixings, Alpha textures for stud height and displacement data.