Sans Faceted Lity 4 is a regular weight, wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, signage, ui display, techno, futuristic, industrial, digital, sci‑fi, futurism, precision, edge, modernity, systematic, octagonal, angular, chamfered, modular, geometric.
A sharply faceted geometric sans built from straight strokes with chamfered corners that replace curves. Many rounds resolve into octagonal outlines (notably O, C, G, and 0), giving the design a crisp planar rhythm and a slightly modular, engineered feel. Strokes are consistent and monoline, with generally squared terminals and frequent diagonal cut-offs on outer corners. Counters are compact and angular, and the lowercase echoes the same geometry with simplified, sturdy forms and short, pragmatic joins.
Well suited to display typography such as headlines, posters, game and tech branding, and packaging where angular geometry can carry the visual voice. It can also work for interface labels, dashboards, and environmental/signage applications that benefit from crisp, engineered letterforms and strong silhouette recognition.
The overall tone reads futuristic and technical, with a hard-edged, machined character that evokes digital interfaces and industrial labeling. The faceting adds a sense of precision and motion, leaning toward sci‑fi and cyber aesthetics rather than soft, humanist warmth.
The font appears designed to translate a conventional sans skeleton into an angular, faceted system, trading curves for controlled chamfers to achieve a consistent techno aesthetic. Its emphasis on uniform stroke logic and repeatable corner treatments suggests an intention toward clean, modern display use with an industrial, sci‑fi edge.
The design maintains strong visual consistency across caps, lowercase, and numerals, with distinctive octagonal figures and clipped joins that keep shapes open and legible at display sizes. Diagonal cuts appear systematically, creating a cohesive ‘cut metal’ texture across text while preserving clear letter differentiation in common problem pairs like O/0 and I/l via distinct constructions.