Create an ultra-realistic seamless PBR material of a…
Create an ultra-realistic seamless PBR material of a…: free seamless fabric PBR material with albedo, normal, roughness, AO, and metalness maps. CC0 licensed.
Crafted from the prompt: "Create an ultra-realistic seamless PBR material of a futuristic architectural textile made from thick padded tubular cords.
The material consists of a perfectly ordered orthogonal lattice structure. The pattern is geometric, modular and highly regular.
The entire surface is built from thick rounded tubular elements intersecting each other at perfect 90-degree angles, creating a precise square cellular grid.
Vertical tubes run continuously from top to bottom.
Horizontal tubes run continuously from left to right.
Every intersection forms an evenly spaced square cell.
The openings between the tubes are deep square cavities with softly rounded corners.
The cells are aligned perfectly in rows and columns, producing a checkerboard-like architectural matrix.
This is NOT a traditional woven fabric.
The tubes do not twist.
They do not braid.
They do not wrap around each other.
The structure resembles an engineered modular lattice made from intersecting soft tubular elements.
Each tube has a rounded rectangular cross-section with soft inflated edges.
The tubes maintain nearly constant width throughout the material.
At every intersection the tubes compress slightly from pressure, creating realistic soft deformation.
No ribbon appearance.
No leather strips.
No braided cords.
No rope texture.
No basket weave.
No wicker.
No macrame knots.
No chaotic weaving.
No random intersections.
No organic pattern.
The surface of each tube is coated with premium black satin polyurethane.
Deep neutral black color.
Soft satin sheen.
Strong but soft directional reflections.
Very subtle leather-like grain beneath the coating.
Microscopic surface variation.
Tiny wrinkles from soft material tension.
Small coating thickness variation.
Extremely fine micro scratches visible only in reflections.
Rounded edges catch light naturally.
The relief is strongly three-dimensional.
Deep square cavities create strong ambient shadows.
Rounded inflated tubes create smooth hig"
PBR maps included: albedo, normal, roughness, height, ambient occlusion, metalness. Resolution 1K. License CC0 (public domain).
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