Sans Faceted Humuz 2 is a light, normal width, low contrast, upright, normal x-height font.
Keywords: ui labels, tech branding, posters, headlines, wayfinding, futuristic, technical, digital, geometric, sci‑fi, systematic geometry, tech aesthetic, display clarity, modernization, faceted, angular, monoline, rounded corners, modular.
This typeface is a faceted, monoline sans with squared proportions and planar curve substitutions that read as clipped arcs and chamfered corners. Strokes maintain an even thickness while terminals are generally straight-cut, producing a crisp, engineered texture. Round forms like C, G, O, and Q are built from softened rectangles and segmented curves, while diagonals (A, K, V, W, X, Y) are clean and taut, giving the design a compact, modular rhythm. Lowercase shows a single-storey a and g with simplified bowls, narrow joins, and upright stems; numerals follow the same geometric logic with open, angular counters and squared shoulders.
It suits interface labels, dashboards, and product markings where a clean, engineered voice is desired, and it can also work well for sci‑fi or tech-forward headlines and poster typography. The distinctive faceting gives display text a strong identity, while the restrained stroke contrast keeps longer lines readable at moderate sizes.
The overall tone is futuristic and technical, with a subtle retro-digital flavor. Its faceted curves and consistent stroke make it feel machine-drawn and schematic, projecting precision rather than warmth.
The design appears intended to translate geometric sans letterforms into a consistent faceted system, replacing smooth curves with clipped, planar segments for a contemporary, digital-industrial character.
Counters tend to be squarish and moderately open, and the font’s geometry stays consistent across capitals, lowercase, and figures, which helps it feel like a unified system. The segmented construction is especially noticeable in rounded letters and in the curved strokes of S and 2, which read as controlled, planar bends rather than smooth arcs.