Flatet

Flatet is a coined term used to describe a small, flat modular element that serves as a basic unit in tiling, construction, and digital modeling. The name blends “flat” with the diminutive suffix “-et,” and the term is used across disciplines to refer to planar, tile-like units that can be replicated and arranged.

In material science and architecture, a flatet denotes a planar tile with standardized thickness and interlocking edges that allow edge-to-edge assembly into larger surfaces. Flatets may be made from polymers, ceramics, or metals, chosen for light weight, durability, and manufacturability. Typical features include shallow bevels on the edges, interlocking joints, and alignment guides to simplify installation and replacement. The modular nature of flatets supports scalable surfaces and straightforward maintenance or recycling.

In digital and computational contexts, a flatet refers to the smallest modular unit in a tessellated model—a single planar polygon along with its neighboring connections. This abstraction is used in parametric modeling, mesh generation, and finite-element analysis to preserve planarity and uniform thickness, enabling efficient rendering, simulation, and editing.

In speculative design and fiction, flatet may describe a portable, stackable panel system for temporary shelters or exhibitions. Because the term is not standardized, its exact definition varies by field and project.