Sans Faceted Miha 6 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, packaging, signage, techno, industrial, arcade, futuristic, tactical, geometric rigor, industrial voice, sci‑fi styling, display impact, system consistency, angular, chamfered, blocky, octagonal, compact.
A geometric, monoline display sans built from straight strokes and chamfered corners, replacing curves with crisp facets. Counters and round forms (C, O, G, Q, 0) read as octagonal shapes with consistent corner cuts, while verticals and horizontals stay uniform in thickness. Proportions are compact with squared terminals and a tight, engineered rhythm; diagonals appear mainly in A, K, V/W, X, Y and are kept sturdy rather than delicate. The lowercase follows the same faceted logic, with single‑storey a and g and a simplified, angular construction that prioritizes solidity and legibility over calligraphic nuance.
Best suited to display applications where its faceted geometry can read clearly—headlines, posters, branding marks, product packaging, and wayfinding or labeling. It also fits UI mockups, game graphics, and tech-themed visuals where an angular, engineered voice is desired.
The overall tone is mechanical and purpose-built, evoking sci‑fi interfaces, industrial labeling, and arcade-era digital aesthetics. Its sharp facets and sturdy spacing suggest precision, durability, and a slightly militaristic or utilitarian attitude rather than warmth or softness.
The design appears intended to translate a geometric sans into a faceted, corner-cut system that feels modular and machine-made. By standardizing chamfers and keeping stroke weight consistent, it aims for a strong, cohesive look that remains readable while projecting a futuristic, industrial character.
Numerals and capitals share the same chamfer system, creating a cohesive, modular feel in headings and short lines. The face maintains clear differentiation between similarly shaped glyphs through distinctive cuts (notably in G, Q, and 2/3 forms), which helps readability at display sizes.