Sans Faceted Yihi 2 is a very bold, very wide, high contrast, italic, normal x-height font.
Keywords: headlines, logos, sports branding, gaming, posters, futuristic, aggressive, high-speed, techno, industrial, impact, speed, sci-fi, sport, display, angular, chiseled, wedge-cut, faceted, forward-leaning.
This typeface is a sharply faceted sans with a pronounced forward slant and a wide, low-slung stance. Curves are largely replaced by planar cuts, producing polygonal counters and chamfered corners throughout. Strokes show strong thick–thin modulation with crisp terminals, and the overall silhouette is dense and compact despite generous letter widths. The rhythm is energetic and mechanical, with consistently angled joins and a streamlined, aerodynamic profile across caps, lowercase, and numerals.
Best suited for short, prominent settings where its angular detailing and slanted momentum can read clearly—such as esports and gaming titles, sports and performance branding, event posters, packaging accents, and tech or sci‑fi themed graphics. It can also work for punchy subheads and callouts when given ample size and spacing.
The font projects speed and impact, combining a motorsport/techno attitude with a hard-edged, machine-cut feel. Its sharp geometry and slanted momentum read as assertive and performance-driven, suited to energetic branding and action-oriented messaging.
The design appears intended to translate speed and modern machinery into letterforms, using faceted construction and aggressive diagonals to create an aerodynamic, high-impact display voice. Its consistent planar cuts suggest a deliberate, industrial aesthetic aimed at branding and titling rather than quiet, long-form text.
The sample text shows strong headline presence and a distinctive texture created by repeated diagonal cuts and angular apertures. Counters in rounded letters (like O and 0) appear as faceted shapes rather than smooth ovals, reinforcing the engineered, synthetic character. Numerals follow the same wedge-cut logic, maintaining a cohesive, display-forward system.