Sans Faceted Ildi 7 is a light, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, logos, posters, ui labels, signage, futuristic, technical, digital, sci‑fi, industrial, tech aesthetic, geometric system, clarity, modern signage, angular, octagonal, geometric, monoline, modular.
A geometric sans with faceted, octagonal construction that replaces curves with short straight segments. Strokes are monoline and open, with squared terminals and frequent chamfered corners that create a consistent “cut” rhythm across bowls and joins. Proportions run broad with generous horizontal spans, while counters stay clean and mostly rectangular/rounded-rectangle in feel. The overall texture is crisp and schematic, reading like a routed or plotted outline rather than a traditional brush or pen model.
Best suited to display contexts where the angular construction can read as a deliberate stylistic cue: tech branding, sci‑fi or gaming titles, product marks, posters, and interface labels. It can also work for short blocks of text at comfortable sizes, where the wide proportions and clean counters help sustain legibility.
The faceted geometry and wide stance convey a futuristic, engineered tone—more console-interface than editorial. It feels precise and utilitarian, with a subtle retro-digital flavor reminiscent of signage, instrumentation, and classic sci‑fi titling.
The design appears intended to translate a monoline sans into a faceted, machine-made voice, prioritizing consistent corner treatment and geometric repeatability. Its wide set and schematic outlines suggest a focus on contemporary tech aesthetics and clear, unambiguous forms for headings and labeling.
Diagonal strokes (notably in letters like K, N, V, W, X) keep to the same chamfer logic, maintaining uniform angles and avoiding true curves. Several forms emphasize open apertures and simplified joins, which helps maintain clarity despite the distinctive cornering. The lining figures echo the same octagonal logic, including a slashed zero for unambiguous numeric reading.