Sans Other Faka 3 is a very bold, normal width, high contrast, italic, normal x-height font.
Keywords: headlines, posters, sports branding, gaming ui, logotypes, futuristic, aggressive, sporty, industrial, techno, impact, speed, tech styling, branding, display, angular, squared, chiseled, condensed feel, sharp terminals.
A heavy, forward-slanted sans with sharply angled joins, squared bowls, and frequent chamfered corners that create a cut-metal look. Strokes are predominantly straight with minimal curvature, producing blocky counters and tight apertures, while diagonals and clipped terminals add speed and tension. The rhythm is compact and mechanical, with uneven, custom-feeling widths across glyphs (notably in letters like M/W and several lowercase forms), reinforcing an engineered, display-driven construction. Numerals follow the same hard-edged geometry, with squared interior spaces and assertive, flat-topped strokes.
Best suited for display applications where strong impact is the goal: headlines, posters, titles, esports and sports branding, product marks, and techno-themed packaging. It can also work for short UI labels in game or sci‑fi interface styling, where its angular, mechanical voice supports a high-energy aesthetic.
The overall tone is fast, forceful, and tech-leaning—evoking motorsport graphics, arcade and sci‑fi interfaces, and industrial labeling. Its angularity and steep slant give it a sense of motion and impact, with a slightly militaristic, utilitarian edge.
The design appears intended to deliver a high-impact, speed-inflected sans for attention-grabbing typography. Its chiseled geometry, forward slant, and squared counters prioritize visual attitude and thematic styling over neutral text continuity.
Distinctive details include squared, inset-style counters (e.g., in A/B/D/O/P forms) and hook-like, clipped terminals on several lowercase letters, which amplify the aggressive texture. The heavy weight and tight internal spaces suggest it will read best when given ample size and breathing room, as dense settings can become visually compact.