Sans Faceted Mifa 8 is a bold, normal width, low contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, game ui, packaging, techno, industrial, futuristic, arcade, mechanical, sci‑fi display, industrial branding, digital aesthetic, retro-tech, faceted, angular, octagonal, stencil-like, geometric.
A sharply faceted, geometric sans with planar cuts that replace curves, producing octagonal counters and chamfered terminals throughout. Strokes are heavy and uniform, with frequent diagonal clipping at corners and joins; bowls and rounds read as straight segments rather than smooth arcs. Proportions skew wide in many letters, with sturdy verticals, compact apertures, and squarish counters that emphasize a machined, modular construction. Lowercase forms mirror the uppercase’s angular logic, with simplified shapes and crisp notches that create a consistent, hard-edged rhythm in text.
Best suited to display settings where its angular construction can be appreciated: headlines, posters, brand marks, and album or event graphics. It also fits interface titling and game/tech visuals, as well as bold product labeling where a rugged, mechanical impression is desired.
The overall tone feels engineered and game-like, evoking digital hardware, sci‑fi interfaces, and industrial signage. Its aggressive cornering and blocky silhouette give it a forceful, no-nonsense voice that reads as modern, technical, and slightly retro-futurist.
The font appears designed to translate a geometric, faceted construction into a legible sans, prioritizing a machined silhouette and consistent chamfer language across the alphabet. The intent is likely to provide a distinctive, futuristic display voice that remains structurally coherent in both uppercase and lowercase.
The design relies on consistent corner chamfers and straight-sided bowls, which keeps texture even at larger sizes while making tight openings and internal corners a prominent feature. Numerals follow the same polygonal logic, reinforcing a cohesive, system-built look across alphanumerics.