Sans Faceted Hunij 11 is a light, normal width, low contrast, upright, normal x-height font.
Keywords: ui labels, wayfinding, product labeling, posters, tech branding, techno, industrial, futuristic, utilitarian, instrumental, faceted geometry, technical voice, system consistency, modernist clarity, faceted, angular, chamfered, octagonal, monolinear.
A monolinear sans with a distinctly faceted construction: curves are largely replaced by straight segments joined with small chamfers, producing octagonal counters and clipped terminals. Strokes maintain even thickness, with squared ends and consistent corner treatment across letters and figures. Proportions are clean and economical, with open apertures and straightforward joins that keep forms legible despite the geometric segmentation. Numerals follow the same planar logic, giving the set a cohesive, engineered rhythm in both all-caps and mixed-case text.
This design is well suited to interface typography, dashboards, signage, and labeling where a technical voice and high visual consistency are desired. It also works effectively for headlines, posters, and tech-forward brand systems that want a geometric, engineered texture without heavy stroke weight.
The overall tone feels technical and instrument-like—precise, modern, and slightly retro-digital. Its crisp angles and clipped corners evoke hardware labeling, sci-fi interfaces, and engineered products rather than humanist warmth.
The type appears designed to translate a geometric sans skeleton into a faceted, planar style, swapping traditional curvature for chamfered segments to create a consistent “machined” look. The goal seems to be a modern, system-friendly alphabet with a distinctive angular signature that reads clearly while signaling technology and precision.
The faceting is applied systematically, so rounded characters take on a polygonal silhouette while straight-sided letters stay crisp and rigid. This creates a strong, repeatable texture in text, with a subtle mechanical cadence that becomes more apparent at larger sizes.