Sans Faceted Omdy 3 is a light, normal width, monoline, upright, normal x-height, monospaced font.
Keywords: ui labels, coding ui, posters, game ui, signage, techno, retro, industrial, arcade, grid discipline, digital tone, display impact, systematic geometry, faceted, angular, geometric, chamfered, octagonal.
This typeface builds each letterform from straight strokes and crisp, chamfered corners, replacing curves with short planar facets. Strokes are uniform and clean, producing a steady color and a highly modular rhythm across lines. The geometry leans toward octagonal and hex-like constructions in rounded characters, with pointed joins in diagonals and a distinctly engineered silhouette. Counters are open and simplified, and the overall fit reinforces a tidy, grid-first feel that stays consistent from capitals through numerals.
Works well for interface labeling, dashboards, and code-adjacent visuals where consistent character widths and strict geometry improve alignment. It also suits posters, titles, and packaging that want a sharp, futuristic or arcade-inflected voice. For longer reading, it’s best used at comfortable sizes where the angular construction remains clear.
The faceted construction and strict, mechanical regularity give the font a techno-leaning, retro-digital tone. It evokes signage, terminals, and arcade-era display lettering, reading as precise, utilitarian, and slightly futuristic. The sharp corners and polygonal rounds add a hard-edged personality that feels industrial rather than friendly.
The design appears intended to translate a grid-based, polygonal drawing system into a practical text face, emphasizing consistency and repeatable modules over organic curves. Its faceting and uniform rhythm suggest a goal of delivering a distinctive digital-industrial texture while remaining clear in structured layouts.
Uppercase and lowercase share a closely related structural logic, with many forms rendered as compact, angular variants rather than calligraphic or humanist shapes. Numerals follow the same polygonal approach, keeping widths and stroke behavior consistent for tabular-looking strings. The overall effect is highly legible at display sizes, where the faceting reads as intentional detailing rather than distortion.