Sans Faceted Anby 3 is a very bold, normal width, monoline, upright, normal x-height font visually similar to 'Febrotesk 4F' by 4th february, 'Racon' by Ahmet Altun, 'Morgan' by Krafted, and 'Reload' by Reserves (names referenced only for comparison).
Keywords: display, headlines, posters, logos, packaging, industrial, techno, arcade, assertive, utilitarian, impact, futurism, signage, branding, systematic, octagonal, angular, chamfered, stencil-like, compact.
A heavy, geometric sans built from straight strokes and crisp chamfered corners, replacing curves with planar facets. Counters are mostly rectangular or octagonal, giving letters a cut-metal, machined feel. Joins stay clean and consistent, with minimal contrast and squared terminals; diagonals appear sparingly and are kept steep and simple. The overall rhythm is compact and blocky, with sturdy apertures and tight interior shapes that emphasize solidity over openness.
Best suited for large sizes where the chamfered details and compact geometry can read clearly—headlines, posters, logo wordmarks, product titles, and bold packaging. It also fits UI theming for games, tech branding, and industrial or mechanical concepts where a tough, faceted look is desired.
The faceted construction reads as engineered and game-like, evoking arcade cabinets, sci‑fi interfaces, and industrial signage. Its blunt mass and sharp corners convey toughness and urgency, with a distinctly synthetic, digital-era attitude.
Designed to translate a modular, engineered aesthetic into a cohesive alphabet, using consistent chamfers and rectangular counters to create impact and a distinctly technological tone. The emphasis appears to be on strong silhouettes and a unified angular system that holds together across letters and numerals.
Distinctive octagonal rounding appears across many glyphs, including the O/0 family and several uppercase forms, creating a cohesive “cut corner” motif. Lowercase maintains the same modular, hard-edged logic as uppercase, producing a uniform texture in words. Numerals are equally angular and sturdy, suited to labels and score-like readouts.