Sans Faceted Ofsa 2 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, titles, signage, techno, sci‑fi, industrial, futuristic, retro, futuristic voice, system labeling, geometric consistency, brand impact, octagonal, chamfered, angular, geometric, modular.
A geometric sans built from straight strokes and clipped corners, where curves are replaced by faceted, near-octagonal turns. Stems are mostly uniform and monoline in feel, with consistent chamfers at terminals and joints that create a crisp, machined rhythm. Counters tend toward squared/rounded-rectangle shapes, and apertures are relatively tight, giving letters a compact, engineered silhouette. Uppercase forms are sturdy and symmetrical, while the lowercase keeps the same angular logic with simplified bowls and arms, preserving a strongly modular construction across the set.
Best suited to display sizes where the chamfered corners and planar turns can be appreciated—titles, posters, and brand marks benefit from its distinctive angular voice. It also fits interface or environmental graphics that want an engineered, system-label feel, such as signage, dashboards, and packaging accents.
The faceted geometry and sharp corner cuts evoke a techno, sci‑fi tone—like lettering meant for instrumentation, hardware labels, or digital-era branding. Its disciplined, mechanical texture feels utilitarian and modern, with a hint of retro arcade and aerospace signage character.
The design appears intended to translate a geometric, industrial aesthetic into a coherent alphabet by standardizing corner cuts and keeping stroke behavior consistent. By minimizing curves and emphasizing planar facets, it aims for a futuristic, machine-made presence that remains legible in bold, graphic settings.
Diagonal elements (such as in V, W, X, Y and Z) read as straight, clean segments rather than calligraphic strokes, reinforcing the constructed look. Numerals follow the same clipped-corner scheme, producing an at-a-glance uniformity suited to coded or system-like typography.