Sans Faceted Hepi 7 is a very light, narrow, monoline, upright, tall x-height font.
Keywords: headlines, display, ui labels, posters, branding, technical, futuristic, minimal, architectural, precise, geometric modernism, tech aesthetic, schematic clarity, distinctive titling, octagonal, chamfered, angular, wireframe, geometric.
A crisp geometric sans built from straight strokes and chamfered corners, replacing most curves with short planar facets. Strokes stay consistently thin with open counters and a clean, schematic rhythm. Proportions are tall and compact, with a high x-height, narrow apertures, and polygonal bowls in letters like O/Q and numerals like 0/8/9. Terminals are squared or clipped rather than rounded, giving the forms an octagonal, constructed feel across the set.
Best suited to display sizes where the faceted detailing can be appreciated: headlines, titling, packaging, and identity accents. It can also work for interface labels, diagrams, or sci‑fi/tech themed graphics where a precise, schematic texture is desirable; for long passages, it will read as stylized rather than neutral body text.
The overall tone reads engineered and forward-looking, like lettering derived from technical drafting or digital readouts. Its faceted geometry feels modern and somewhat sci‑fi, while the restrained stroke and tight width keep it cool and minimal rather than expressive or playful.
The design appears intended to translate a geometric, machined construction into a clean sans structure, emphasizing consistency of angle and corner treatment over traditional curves. It aims for a distinctive, contemporary voice while maintaining a straightforward sans skeleton for readability.
Distinctive chamfers appear consistently at joins and corners, creating a modular look that stays cohesive in both caps and lowercase. Round-letter substitutes (C, G, S, 2, 3) use angled segments that keep the contour legible while emphasizing the faceted aesthetic. The punctuation shown in the specimen (period, colon, apostrophe, question mark) follows the same thin-stroke, clipped-corner logic.