Sans Faceted Ilpo 6 is a light, normal width, monoline, upright, normal x-height, monospaced font.
Keywords: ui labels, signage, wayfinding, technical diagrams, product labeling, techy, geometric, industrial, retro, systematic design, technical voice, geometric rigidity, retro-digital feel, faceted, angular, chamfered, octagonal, modular.
A geometric sans built from straight strokes and clipped corners, replacing curves with small planar facets that create an octagonal, chamfered look. Strokes maintain an even thickness throughout, and terminals are squared or bevel-cut for a crisp, engineered finish. Counters are compact and polygonal, with generous internal spacing that keeps forms open despite the angular construction. Overall proportions feel orderly and grid-driven, producing a steady, mechanical rhythm in running text.
Well suited to interface labels, dashboards, and technical layouts where a disciplined, gridlike rhythm reads cleanly. It also fits signage, packaging, and product labeling that benefit from an industrial, precision-forward voice, especially when set with ample tracking or at sizes where the corner facets remain visible.
The faceted geometry gives the typeface a technical, engineered tone with a subtle retro-digital flavor. Its clean, hard-edged construction feels utilitarian and modern, suggesting instruments, labeling, and systems where precision and structure are part of the aesthetic.
The design appears intended to translate a strictly geometric, faceted construction into a practical sans for systematic typography. By standardizing angles and corner cuts across letters and figures, it aims to deliver a distinctive technical personality while retaining clear, repeatable forms for structured layouts.
Angular joins and consistent corner treatments unify the set, and the numerals follow the same clipped, segmented logic for a cohesive alphanumeric texture. The face maintains clear differentiation between similarly shaped forms through distinct angles, cuts, and openings, helping preserve legibility in dense settings.