Sans Faceted Panu 7 is a light, wide, monoline, upright, normal x-height, monospaced font.
Keywords: ui labels, code samples, dashboards, tech branding, packaging, technical, futuristic, industrial, retro digital, utilitarian, grid system, digital tone, precision, sci-fi styling, signage, octagonal, chamfered, angular, geometric, mechanical.
A geometric sans with a strongly faceted construction: bowls and curves are replaced by straight segments and consistent chamfered corners, giving many glyphs an octagonal silhouette. Strokes maintain an even thickness throughout, with clean joins and a restrained, engineered rhythm across caps, lowercase, and figures. Proportions are generous horizontally, and the character set keeps a consistent cell-like fit, reinforcing a systematic, modular feel. The numerals and round letters (e, o, 0, 8, 9) emphasize the planar approach, while diagonals (V, W, X, Y) remain crisp and evenly balanced.
Well-suited for interface labels, data displays, dashboards, and technical diagrams where a systematic, modular texture is desirable. It also fits technology-oriented branding, product packaging, and sci‑fi or industrial themed titles where angular, faceted letterforms can carry the visual identity without additional ornament.
The overall tone reads as technical and forward-looking, with a nod to retro digital and sci‑fi signage aesthetics. Its sharp facets and measured spacing convey precision and functionality rather than warmth or calligraphy.
The design appears intended to translate a geometric, engineered aesthetic into a practical text face by standardizing strokes and replacing curves with planar facets. The consistent chamfer language suggests a goal of strong visual identity and reliable repeatability in grid-based, display and UI-style settings.
Distinctive chamfers appear at terminals and corners, creating a consistent ‘cut’ motif that substitutes for curvature. Counters stay relatively open despite the angularity, and the design maintains clear differentiation between similar forms through geometry (e.g., the angled cuts in C/G/S and the polygonal rounds in O/0).