Sans Faceted Epty 9 is a bold, normal width, medium contrast, italic, normal x-height font visually similar to 'Cybersport' by Anton Kokoshka (names referenced only for comparison).
Keywords: sports branding, gaming ui, posters, headlines, logos, sporty, techno, dynamic, industrial, aggressive, speed, futurism, impact, precision, branding, angular, faceted, slanted, square-cornered, condensed feel.
A slanted, heavy sans with squared terminals and faceted construction that replaces curves with crisp planar angles. The letterforms lean forward with a compact, engineered rhythm and mostly uniform stroke weight, while counters and bowls are tightened into rounded-rectangle shapes with clipped corners. Capitals are wide-shouldered and assertive, and the lowercase follows the same angular logic with single-storey forms and simplified joins. Numerals match the geometric, chamfered style for a consistent, mechanical texture in display sizes.
Best suited to short, high-impact text such as headlines, event graphics, esports and gaming UI accents, product marks, and poster typography. It can also work for signage or packaging where a technical, high-energy look is desired, but the tight counters suggest avoiding very small sizes for long passages.
The overall tone is fast, technical, and performance-driven, evoking motorsport graphics, sci‑fi interfaces, and industrial branding. Its sharp edges and forward slant give it an urgent, competitive voice that reads as modern and slightly aggressive rather than friendly or casual.
The design appears intended to deliver a futuristic, speed-oriented sans that feels machined and precise. By using chamfers and planar breaks in place of smooth curves, it emphasizes momentum and structure while maintaining clean, sans-serif legibility for display contexts.
The faceting produces distinctive silhouettes (notably in curved letters and rounded digits), giving the font a strong identity even at a glance. Spacing appears tuned for headline settings, where the tight apertures and angled details create a cohesive blocky flow.