Sans Faceted Akti 3 is a bold, wide, low contrast, upright, normal x-height font visually similar to 'Black Square' by Agny Hasya Studio (names referenced only for comparison).
Keywords: headlines, posters, sports branding, logos, packaging, industrial, athletic, futuristic, tactical, mechanical, impact, signage, tech aesthetic, sports tone, brand presence, octagonal, angular, blocky, chamfered, monoline.
A heavy, block-built sans with sharply chamfered corners and faceted construction that substitutes straight segments for curves. Strokes are broadly uniform with crisp interior counters, producing octagonal bowls and notched joins throughout. Proportions read as horizontally generous, with sturdy capitals and compact, squared-off lowercase forms; spacing and rhythm feel sturdy and emphatic rather than delicate. Numerals follow the same cut-corner geometry, with squared terminals and angular apertures that keep figures visually consistent with the letters.
Best suited to display settings where its angular facets and dense weight can project presence—headlines, posters, team or event branding, product packaging, and logo wordmarks. It can also work for short UI labels or signage where a technical, hard-edged voice is desired, but its strong geometry is most effective in larger sizes.
The overall tone is assertive and engineered, evoking sports lettering, industrial signage, and sci‑fi interfaces. Its faceted edges and hard angles give it a tactical, utilitarian personality that feels energetic and impact-driven.
Likely intended to deliver a modern, hard-edged display voice built from planar facets—combining the clarity of a sans with the attitude of cut-metal or stencil-like sports forms. The consistent chamfering and squared counters suggest a focus on impact, reproducible geometry, and a distinctive, uniform texture across letters and numbers.
The design maintains a consistent chamfer angle across the set, creating a cohesive “machined” look. Distinctive notches and straight-sided bowls increase differentiation between similar shapes, helping the alphabet keep its structure at display sizes.