Sans Faceted Fisi 10 is a regular weight, normal width, low contrast, italic, normal x-height, monospaced font.
Keywords: ui labels, data display, code samples, technical manuals, gaming overlays, technical, angular, futuristic, utilitarian, retro digital, sci-fi tone, systematic build, label clarity, alphanumeric focus, faceted, chamfered, slanted, geometric, mechanical.
An angular, faceted sans with a consistent rightward slant and straight, planar strokes that replace curves with clipped corners and short diagonals. Forms are built from uniform stroke widths with crisp terminals and frequent chamfers, producing polygonal counters in letters like O, Q, and 0. The construction feels tightly controlled and grid-driven, with even spacing and a steady rhythm that keeps uppercase, lowercase, and numerals visually aligned in a consistent system.
This design suits interface labels, dashboards, and data-forward layouts where consistent rhythm and clear differentiation of letters and figures matter. It also works well for technical documentation, equipment-style labeling, and gaming or sci-fi themed overlays where an engineered, faceted texture reinforces the visual direction.
The overall tone is technical and engineered, with a fast, forward-leaning stance that reads as futuristic and instrument-like. Its sharp facets and compact geometry also evoke retro digital and sci-fi labeling, suggesting precision and motion rather than softness or calligraphic warmth.
The letterforms appear designed to translate a geometric, panel-cut aesthetic into a practical text face: fast-leaning, compact, and systematic. By favoring chamfered corners over curves and keeping stroke behavior uniform, it aims to deliver a distinctive technical voice while remaining legible in continuous reading and alphanumeric sequences.
Round characters are intentionally octagonal rather than circular, and many joins are resolved with small diagonal cuts that keep corners from feeling blunt. The italic angle is uniform across the set, and the simplified, modular construction helps maintain clarity in dense strings such as codes, abbreviations, and number-heavy text.