Sans Other Poly 9 is a very bold, narrow, low contrast, italic, normal x-height font visually similar to 'Mako' by Deltatype; 'Anantason Mon', 'Anantason Reno', 'Karnchang', and 'Pcast' by Jipatype; and 'Mountain' by Volcano Type (names referenced only for comparison).
Keywords: headlines, sports branding, posters, gaming ui, logos, aggressive, sporty, industrial, dynamic, tactical, impact, speed, strength, techno, oblique, angular, condensed, blocky, mechanical.
A heavy, oblique sans with sharply chamfered corners and a strongly angular, cut-metal construction. Strokes are predominantly straight with squared terminals and occasional wedge-like notches that create a fragmented, stencil-adjacent feel without fully breaking forms. Counters are compact and often rectangular, with a tight, forward-leaning rhythm and a slightly irregular width distribution across characters. Numerals and capitals share the same rigid geometry, producing a dense, high-impact texture in lines of text.
Well-suited to short, prominent settings such as headlines, posters, team or event branding, esports/gaming overlays, and logo wordmarks where a hard-edged, kinetic look is desired. It can also work for labels, packaging callouts, and section headers when used with generous spacing and sizing to preserve the interior shapes.
The overall tone is fast, forceful, and utilitarian, evoking motorsport graphics, athletic branding, and tactical/industrial labeling. Its aggressive slant and hard edges communicate urgency and strength more than neutrality, giving headlines a high-adrenaline, action-oriented voice.
The design appears intended to deliver maximum impact with a forward-leaning stance and an engineered, angular silhouette. Its consistent chamfers and compact counters prioritize a bold, action-centric aesthetic that reads as modern, technical, and performance-driven.
Diagonal elements and angled joins are emphasized throughout, which increases the sense of motion and makes the silhouette feel engineered rather than calligraphic. The bold massing and tight internal spaces suggest best performance at larger sizes, where the crisp cut-ins and angular detailing remain legible.