Sans Faceted Ihge 2 is a very light, wide, low contrast, upright, normal x-height font.
Keywords: ui design, tech branding, headlines, posters, wayfinding, futuristic, technical, minimal, sci‑fi, precision, digital tone, geometric system, sci‑fi feel, clean display, monoline, rounded corners, geometric, angular, square forms.
A monoline geometric sans with squared-off construction and subtle rounded corners that soften the joints. Curves are largely replaced by straight segments and faceted, planar turns, yielding boxy counters (notably in O/0 and related forms) and open, clipped terminals in letters like C, G, S, and a. Stems are uniformly thin with consistent stroke endings, and the rhythm is airy due to generous interior space and open apertures. Numerals and capitals share the same squared, modular logic, giving the set a cohesive, engineered appearance.
Well-suited to interface graphics, product labeling, and tech-forward branding where a clean, futuristic signal is desired. It can work effectively for short headlines, titles, and display text, especially at medium-to-large sizes where the thin strokes and open constructions remain clear.
The overall tone reads futuristic and technical, with a clean, instrument-like restraint. Its angular geometry and squared curves evoke sci‑fi interface typography, while the light stroke weight keeps the mood sleek and understated rather than aggressive.
Likely designed to translate a rounded-rectangle grid into a readable, modern sans, emphasizing faceted turns and open terminals to suggest precision and digital systems. The consistent monoline strokes and squared counters point to an intention of creating a coherent, modular alphabet for contemporary technical communication.
Distinctive squared bowls and counters make many glyphs feel like they’re drawn on a rounded-rectangle grid, with occasional diagonal cuts and open joins adding a schematic quality. The font maintains a consistent mechanical logic across uppercase, lowercase, and numerals, prioritizing crisp silhouette and spaciousness over conventional warmth.