Sans Faceted Miro 3 is a bold, normal width, low contrast, upright, normal x-height font.
Keywords: posters, game titles, album covers, packaging, signage, gothic, medieval, aggressive, dramatic, industrial, impact, branding, heritage, edginess, texture, angular, faceted, chiseled, octagonal, monolinear.
A heavy, angular display face built from straight strokes and sharp planar facets, with curves replaced by clipped corners and octagonal counters. Strokes read as largely monolinear, creating a dense, uniform color and strong silhouette. Terminals are pointed or sharply cut, and many joints form spear-like notches that emphasize a jagged rhythm. Proportions vary by glyph, with compact widths in some letters and broader forms in others; counters are squarish and tightly controlled, supporting legibility at larger sizes while maintaining a rigid, geometric texture.
Best suited for display settings where its faceted construction can read clearly—posters, titles, logos, and short headlines. It fits especially well in game/UI title treatments, event branding, and packaging that benefits from a dramatic, crafted aesthetic. For longer passages, it works most effectively in brief emphatic lines with comfortable spacing.
The overall tone is gothic and forged—evoking chiseled lettering, metalwork, and fantasy or medieval signage. Its sharp facets and spiked details add urgency and intensity, giving text a commanding, slightly ominous presence.
The letterforms appear designed to translate blackletter-inspired energy into a more geometric, sans-like structure using straight edges and systematic corner faceting. The intention is likely to deliver a bold, high-impact texture with a “carved” look that stays consistent across caps, lowercase, and numerals.
The design leans on consistent corner clipping across both uppercase and lowercase, tying the set together into a cohesive, architectural system. Numerals follow the same faceted logic, with angular bowls and hard-edged diagonals that keep the texture crisp. In text, the frequent pointed joins create a lively zig-zag pattern, so careful tracking can help manage density in longer lines.