Sans Faceted Ihru 9 is a very light, wide, monoline, upright, normal x-height font.
Keywords: headlines, branding, posters, tech ui, game titles, futuristic, technical, geometric, angular, crystalline, geometric experiment, sci‑fi styling, angular simplification, technical aesthetic, faceted, wireframe, octagonal, sharp, schematic.
A thin-stroked, monoline sans built from straight segments and crisp corners, replacing curves with planar facets. Many bowls and rounds resolve into hexagonal or octagonal outlines, creating a consistent polygonal construction across caps, lowercase, and numerals. The proportions are generous and open, with airy counters, compact terminals, and a slightly modular rhythm that reads like a wireframe drawing. Diagonals are clean and prominent, and joins stay sharp rather than softened, giving the set a precise, engineered look.
Best suited for display applications where its faceted construction can be appreciated: headlines, logotypes, event posters, sci‑fi or tech branding, and interface labeling in futuristic or schematic-themed designs. It works particularly well in short phrases, titles, and large numerals where the polygonal bowls and angular diagonals become a visual motif.
The overall tone feels sci‑fi and instrument-like—cool, sleek, and technical—while the faceted geometry adds a crystalline, cyber aesthetic. Its light stroke and angular simplification project a modern, experimental voice rather than a traditional text demeanor.
The design appears intended to translate a geometric sans into a faceted, polygon-driven system—prioritizing a consistent straight-line construction and a distinctive crystalline silhouette. It aims for a contemporary, experimental voice with a lightweight, high-precision feel.
Round letters such as O/C/G and the 6/8/9 show the strongest polygonal character, which reinforces the design’s signature even in mixed-case text. The spacing and open forms help maintain clarity at display sizes, while the extreme thinness and sharp corners emphasize delicacy over robustness.