Sans Faceted Etpo 12 is a very bold, very narrow, low contrast, italic, normal x-height font visually similar to 'Evolutics' by Ghozai Studio, 'Burger Honren' by IRF Lab Studio, and 'Early Edition JNL' by Jeff Levine (names referenced only for comparison).
Keywords: headlines, posters, sports branding, gaming, logos, aggressive, dynamic, industrial, sporty, futuristic, impact, speed, edge, branding, display, condensed, angular, faceted, slanted, blocky.
A condensed, heavily slanted sans with sharp, faceted construction throughout. Strokes are thick and largely uniform, with corners clipped into planar angles that replace most curves; counters and bowls read as beveled polygons. Terminals are blunt and often diagonally cut, creating a forward-leaning rhythm and a tightly packed silhouette. The uppercase is tall and assertive, while the lowercase keeps a similar angular logic with compact bowls and short, squared-off joins; numerals follow the same chiseled, wedge-like geometry for consistent color in display settings.
Best suited to headlines, posters, title cards, and short punchy messaging where impact and motion are desirable. It can work well for sports and motorsport-style branding, gaming/stream graphics, and logo wordmarks that benefit from an angular, machined aesthetic.
The overall tone is fast, forceful, and engineered—more like stamped metal or speed graphics than neutral text typography. Its sharp facets and strong slant convey urgency and momentum, lending a competitive, high-impact voice suited to bold statements.
Likely designed to deliver a high-energy display voice built from planar facets and strong slant, prioritizing immediacy and visual punch over quiet readability. The consistent beveled geometry suggests an intention to evoke speed, toughness, and a technical/industrial finish.
The design relies on repeated diagonal cuts and notched corners, giving many letters a pseudo-3D, beveled feel without using outlines or shading. The compact widths and heavy forms create strong texture at large sizes, while internal apertures can become tight as size decreases.