Sans Faceted Lado 9 is a regular weight, wide, monoline, upright, normal x-height font.
Keywords: ui labels, tech branding, signage, headlines, posters, techy, futuristic, industrial, systematic, crisp, geometric system, tech aesthetic, distinctive texture, display clarity, interface utility, angular, octagonal, chamfered, geometric, modular.
A geometric sans built from straight segments with consistent stroke thickness and pronounced chamfered corners, replacing curves with short planar facets. Counters and bowls read as octagonal forms, and terminals are clean and squared-off, giving the outlines a precise, engineered look. The overall construction feels modular and grid-aware, with open apertures and steady spacing that keep forms legible despite the faceting. Numerals and capitals maintain the same clipped-corner logic, producing a uniform rhythm across text and display sizes.
Well suited to interface labels, dashboards, and product surfaces where a technical voice is desirable and letterforms need to stay clear. It also works effectively for tech-forward branding, wayfinding, and bold headings, where the faceted construction can become a defining visual motif.
The faceted geometry conveys a technical, forward-looking tone—evoking digital interfaces, machinery, and sci‑fi hardware rather than humanist warmth. Its crisp angles and consistent stroke behavior feel controlled and utilitarian, with a subtle retro-digital edge.
The font appears designed to translate a single geometric rule set—straight strokes plus clipped corners—across the entire alphabet for a cohesive, machine-made aesthetic. Its intention seems to be delivering a contemporary, engineered sans that remains readable while foregrounding a distinctive angular identity.
The design leans on octagonal geometry for both exterior silhouettes and internal counters, which creates a distinctive texture in paragraphs. Diagonals are used sparingly and purposefully, and the chamfers are sized consistently enough to read as a deliberate system rather than incidental rounding.