Sans Faceted Gure 13 is a very light, normal width, low contrast, upright, normal x-height font.
Keywords: display, headlines, posters, logotypes, ui labels, techno, schematic, futuristic, precise, minimal, angular reinterpretation, technical voice, geometric system, retro-future styling, octagonal, angular, monoline, geometric, wireframe.
This is a monoline, geometric sans built from straight strokes and clipped, faceted corners, frequently forming octagonal outlines where curves would normally appear. Terminals are blunt and consistent, with a uniform stroke weight and crisp joins that emphasize a constructed, plotted feel. The capitals are relatively open and wide in their internal spaces, while the lowercase keeps a clean, modular rhythm with simple single-storey forms and sparse detailing. Numerals follow the same faceted logic, producing a cohesive, polygonal texture across mixed-case settings.
Best suited to short display settings where the faceted geometry can be appreciated: headlines, posters, brand marks, sci‑fi or tech packaging, and interface labels. It can work for small captions when spacing is generous, but its very light strokes and angular segmentation are most effective at moderate to large sizes.
The overall tone is technical and future-leaning, like labeling on equipment, CAD annotations, or retro computer interfaces. Its sharp facets and airy strokes read as cool, deliberate, and systematic rather than expressive or warm.
The design appears intended to translate a clean sans skeleton into a faceted, polygonal construction, replacing curves with planar cuts to create a distinctly technical voice. It aims for a consistent, system-like alphabet that feels engineered and contemporary, while staying readable through open counters and simple forms.
Counters and apertures tend to be large, helping maintain clarity despite the very light stroke. Distinctive details—such as the angled construction on rounds (C/G/O/Q) and the pointed diagonals on letters like K, V, W, and X—reinforce a consistent multi-angle geometry across the set.