Sans Faceted Hunur 2 is a light, narrow, monoline, upright, tall x-height font.
Keywords: ui labels, signage, posters, headlines, packaging, futuristic, techy, minimal, architectural, clinical, space saving, interface clarity, sci-fi tone, systematic geometry, modern branding, condensed, geometric, rounded corners, low contrast, modular.
A condensed, low-contrast sans built from consistent stroke widths and a modular, rectilinear skeleton. Curves are largely replaced by squared arcs and softened corners, producing faceted, corner-driven bowls and terminals. Proportions are tall with long ascenders/descenders and a large x-height, while spacing and internal counters stay tight and tidy for an engineered rhythm. Distinctive constructions—such as the pointed V/W forms, the squared ‘O/0’, and the segmented diagonals in letters like K and R—reinforce a systematic, technical feel.
Well-suited to interface typography, wayfinding and technical signage, and contemporary posters where a compact footprint and strong vertical rhythm are helpful. It can also work for product packaging, sci‑fi or tech branding, and titling where the faceted geometry becomes a recognizable voice.
The overall tone is futuristic and utilitarian, evoking digital interfaces, industrial labeling, and streamlined product design. Its restrained geometry and crisp joins read as precise and controlled rather than expressive or handwritten.
The design appears intended to deliver a sleek, space-efficient sans with a distinct faceted geometry, trading traditional curves for planar, corner-based shaping. The goal reads as clarity and consistency with a forward-looking, engineered aesthetic that stands out in display and functional labeling contexts.
The design relies on straight strokes, right angles, and clipped transitions that keep silhouettes clean at display sizes. Some forms (notably the angular V/W/X and the squared bowls) add strong character and can become visually prominent in longer passages, making it feel more at home in short, purposeful text than in dense reading.