Sans Other Eska 13 is a very bold, very wide, very high contrast, upright, normal x-height font.
Keywords: headlines, posters, logos, game ui, titles, industrial, arcade, techno, poster, retro, impact, futurism, mechanical, branding, signage, blocky, squared, angular, stencil-like, compact counters.
A heavy, squared sans with sharply rectilinear construction and minimal curvature. Strokes terminate in crisp right angles, with frequent stepped cut-ins and small notches that create a mechanical, almost modular rhythm. Counters are tight and mostly rectangular, and many letters show deliberate interruptions or inset shapes (notably in forms like S, E, and several numerals), producing a quasi-stencil feel without fully open joins. Proportions skew broad with dense black mass, while diagonals (V, W, X, Y) are chunky and angular, maintaining the same hard-edged geometry across the set.
Best suited to display settings where its squared geometry and cut-out details can be appreciated: headlines, posters, title cards, branding marks, and on-screen graphics such as game interfaces or techno-themed overlays. It can also work for short labels or packaging callouts when a hard-edged, industrial voice is desired.
The font conveys a rugged, engineered tone—suggestive of arcade UI, sci‑fi machinery, and utilitarian labeling. Its aggressive block shapes and cut-out detailing read as retro-futuristic and game-like, with a commanding, attention-grabbing presence suited to bold statements rather than subtle text.
The design appears intended to deliver maximum visual punch through blocky, rectangular forms while adding character via consistent stepped notches and inset counters. The overall system prioritizes a modular, machine-made aesthetic that stays legible in large, bold applications.
The sample text shows strong word-shape impact and a distinctive texture created by the recurring notches and inset counters. At smaller sizes the interior apertures and cut-ins may visually fill in, while at display sizes the geometric detailing becomes a defining feature.