Sans Faceted Huruh 5 is a very light, normal width, monoline, upright, normal x-height font.
Keywords: headlines, ui labels, posters, branding, titles, futuristic, technical, sci‑fi, geometric, precise, futuristic styling, geometric system, technical clarity, display emphasis, angular, faceted, octagonal, wireframe, linear.
A faceted, geometric sans built from straight strokes and clipped corners, replacing curves with short chamfered segments. The line weight is consistently thin, creating a clean, wireframe feel and a crisp rhythm at text sizes. Proportions are generally open and slightly condensed in feel, with narrow bowls and restrained counters; circular forms (O, C, G, 0) read as near-octagons. Terminals are flat and squared, and joins favor sharp angles over softened transitions, producing a coherent planar construction across caps, lowercase, and numerals.
This font is well suited to short headlines, titling, and logotypes where the faceted silhouettes can be appreciated. It also fits UI labels, technical diagrams, and sci‑fi themed graphics when used at sufficient size and contrast to preserve the thin stroke. For extended reading, it works best in larger point sizes or as secondary text in controlled layouts.
The overall tone is cool and engineered, evoking interface labeling, drafting marks, and retro-futurist display typography. Its angular geometry and light stroke give it a precise, high-tech voice that feels deliberate and schematic rather than warm or expressive.
The design appears intended to translate a modern sans into a planar, chamfered system—suggesting construction from straight segments and consistent corner cuts. The aim is a distinctive geometric voice that reads as technical and futuristic while remaining legible across a full basic Latin set and numerals.
Text samples show good consistency between uppercase and lowercase with a clear geometric logic; some letters lean toward single-story constructions and simplified forms that emphasize the faceted motif. The very light strokes and small corner facets can visually thin out at small sizes or low-resolution rendering, while larger sizes highlight the distinctive polygonal silhouettes.