Sans Faceted Epme 5 is a very bold, narrow, medium contrast, upright, tall x-height font visually similar to 'CF Blast Gothic' by Fonts.GR, 'PF Fusion Sans Pro' by Parachute, and 'Nimbus Sans L' by URW Type Foundry (names referenced only for comparison).
Keywords: headlines, posters, packaging, branding, sportswear, industrial, stencil-like, poster, rugged, authoritative, impact, space-saving, edginess, modernity, condensed, blocky, angular, ink-trap-like, distressed.
A condensed, heavy sans with strong vertical emphasis and compact apertures. Curves are largely replaced by planar, faceted cuts, producing pointed joins and chamfered counters (notably in round letters and numerals). Stroke endings are blunt and squared, with occasional small interior cut-ins that read like ink-trap or stencil interruptions, giving the black shapes a slightly broken texture at display sizes. Spacing is tight and the rhythm is punchy, with tall lowercase and simplified, geometric construction across the set.
Well suited to big, attention-grabbing typography such as posters, bold editorial headers, album or event graphics, and strong brand marks. It can also work on packaging and apparel-style graphics where a condensed, high-impact voice is desired, especially in short bursts rather than long text.
The overall tone is forceful and utilitarian, combining a bold headline presence with a hard-edged, engineered feel. The faceted geometry and small interruptions add a rugged, workwear character that can read as industrial, urban, or tactical depending on context.
The design appears intended to deliver maximum impact in a tight width while adding a signature, angular texture through faceted curves and small cut-ins. The result is a contemporary display sans that prioritizes bold silhouettes, assertive rhythm, and an industrial edge.
The darkest strokes dominate quickly, so the face reads best when allowed breathing room in tracking and line spacing. The faceting introduces distinctive silhouettes that help short words stand out, while the compact counters and tight joins can close up at smaller sizes.