Sans Faceted Hukad 3 is a very light, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, tech branding, wayfinding, posters, packaging, techy, futuristic, instrumental, precise, clinical, futuristic tone, geometric clarity, modular system, interface readability, octagonal, angular, geometric, chamfered, rounded corners.
A clean geometric sans built from straight strokes and faceted, chamfered joins that substitute for continuous curves. Bowls and counters read as rounded-octagonal forms with consistent corner radii, giving letters like O, C, and G a crisp, engineered outline. Stroke weight is even throughout, terminals are mostly cut square, and diagonals are used sparingly but decisively in A, K, V, W, X, and Y. Proportions are compact and orderly, with simplified, schematic constructions in the lowercase and numerals that maintain a uniform rhythm across mixed text.
Best suited to short-to-medium text where a technical, geometric voice is desired: UI labels, dashboards, device graphics, and product branding. It also works well in headings, posters, and packaging where its faceted construction can become a defining visual motif, especially at sizes large enough to show the corner detailing.
The faceted geometry conveys a contemporary, technical tone—cool, measured, and machine-like rather than expressive. Its crisp corners and modular shapes suggest digital interfaces, instrumentation, and sci‑fi aesthetics, while the light, open drawing keeps it airy and unobtrusive.
The design appears intended to deliver a sleek sans-serif voice using planar facets and chamfered corners to create a controlled, engineered look. By keeping strokes uniform and shapes tightly constructed, it aims for clarity in display settings while projecting a distinctly digital, futuristic character.
Distinctive details include a boxy, angular treatment of curves across both cases, a single-storey a, a straightforward g, and squared-off numerals with minimal ornamentation. The overall feel is consistent across glyphs, with tight internal angles kept readable through small chamfers and softened corners.