Sans Faceted Tyto 7 is a bold, wide, medium contrast, italic, normal x-height font.
Keywords: headlines, posters, sports branding, gaming ui, event titles, futuristic, industrial, sporty, tactical, techno, impact, speed cueing, technical feel, branding focus, display emphasis, angular, faceted, blocky, chamfered, squared.
A heavy, forward-leaning sans with squared proportions and faceted, chamfered corners that replace most curves with planar cuts. Strokes are broadly even but articulated by sharp notches and angled terminals, creating a mechanical rhythm and a slightly “armored” silhouette. Counters tend toward rectangular and octagonal shapes (notably in O/0 and B/8), and joins are clean and abrupt, emphasizing geometric construction over smooth continuity. Spacing appears generous and the letterforms read best when given room, with a compact, sturdy lowercase that pairs with similarly angular caps and numerals.
Best suited to display roles where its angular construction can define a visual identity—headlines, posters, esports or sports branding, product naming, and UI labels for tech or game contexts. It can work for short passages at larger sizes, where the faceting and tight interior shapes remain clear and intentional.
The overall tone feels engineered and high-energy—evoking motorsport graphics, sci‑fi interfaces, and industrial labeling. Its sharp facets and slanted stance project speed and precision, with a hard-edged confidence that reads as modern and utilitarian rather than friendly or literary.
The design appears intended to deliver a modern, performance-oriented look by translating a sans framework into hard, planar facets and decisive corner cuts. It prioritizes impact, speed cues, and a manufactured feel—like lettering cut from metal or routed into a surface—while keeping forms familiar enough for quick recognition.
Distinctive corner cuts and occasional inset notches create a consistent “machined” texture across the alphabet, helping the font maintain character in short bursts of text. The diagonal stress implied by the slant is reinforced by angled cross strokes and terminals, giving headlines a directional, kinetic pull.