Sans Faceted Afzi 4 is a very bold, very narrow, monoline, upright, normal x-height font visually similar to 'Morgan Tower' by Feliciano, 'FF Good' by FontFont, and 'Muller Next' by Fontfabric (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, poster, industrial, retro, edgy, assertive, impact, compression, stylization, angularity, display, condensed, angular, faceted, geometric, chiseled.
A condensed display sans with tall proportions and crisp, faceted construction. Curves are reduced to planar cuts and tapered joins, creating pointed terminals and angular bowls across both uppercase and lowercase. Strokes read as largely even in weight, but with frequent corner notches and sharp internal angles that give the letterforms a carved, mechanical rhythm. Spacing appears tight and vertical, with strong silhouette contrast coming from the narrow widths and deep cut-ins.
Best suited to short, high-impact text such as posters, headlines, logos, and display branding where the condensed width helps fit long words into limited space. It can also work for packaging or signage that benefits from a strong, angular graphic presence, especially at larger sizes where the faceting remains clear.
The overall tone is bold and hard-edged, with a slightly vintage, poster-driven attitude. Its angular facets and compressed stance suggest an industrial, no-nonsense voice that feels energetic and a bit theatrical. The look reads more decorative than neutral, aiming for impact over quiet readability.
The design appears intended to translate a carved, faceted aesthetic into a compact display sans, prioritizing striking silhouettes and a consistent angular motif. Its condensed proportions and sharp terminals point to attention-grabbing typography for titles and identity work rather than extended reading.
Lowercase forms mirror the uppercase’s faceted logic, keeping counters narrow and openings often pinched. Numerals follow the same chiseled geometry, with sharp diagonals and clipped curves that maintain consistency in dense settings.