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Sans Faceted Ilke 2 is a very light, normal width, monoline, upright, normal x-height, monospaced font.

Keywords: ui labels, code samples, schematics, wayfinding, tech branding, technical, futuristic, utilitarian, retro-digital, precise, systematic geometry, digital aesthetic, functional clarity, interface voice, octagonal, angular, chamfered, geometric, architectural.

This typeface is built from straight strokes with consistent line weight and frequent chamfered corners, producing octagonal, faceted silhouettes where rounded forms would normally appear. Proportions are steady and grid-aligned, with open counters and generous interior space that keep the forms legible despite the sharp geometry. Curves are largely replaced by short diagonal joins, creating a crisp, planed rhythm across bowls, shoulders, and terminals. The overall drawing feels deliberately schematic, with clear, evenly metered shapes that maintain uniform texture in text settings.

It suits interface labels, dashboards, terminals, and other contexts where an engineered, grid-based voice is desirable. The clean, open shapes can also work for headings and short passages in tech branding, packaging, or wayfinding—especially where a futuristic or retro-computing mood is needed.

The faceted construction reads as technical and forward-leaning, evoking instrumentation, sci‑fi interfaces, and engineered signage. Its restrained, no-nonsense shapes also nod to retro digital and CAD-era aesthetics, giving it a cool, procedural tone rather than a humanist one.

The design appears intended to translate a rigid geometric system into a readable text face by substituting curves with consistent chamfers and maintaining uniform stroke behavior. The goal seems to be a disciplined, machine-like texture that remains clear in both isolated glyphs and continuous text.

Diagonal chamfers are used consistently at outer corners and in rounded characters, giving letters like O, C, and G an octagonal logic. Lowercase forms keep a compact, practical feel, while the numerals match the same planar geometry for a cohesive alphanumeric set.