Serif Normal Afreg 13 is a light, normal width, very high contrast, upright, normal x-height font visually similar to 'Mintely' by Din Studio (names referenced only for comparison).
Keywords: magazine, headlines, book covers, branding, invitations, editorial, luxury, refined, classical, dramatic, editorial voice, premium tone, classic revival, display impact, hairline serifs, sharp terminals, crisp, high-waisted, calligraphic.
A refined serif with pronounced thick–thin modulation and crisp, hairline finishing strokes. Serifs are small and sharp, often wedge-like, and the joins resolve into clean points that emphasize vertical stress. Capitals feel stately and relatively wide with generous curves, while lowercase forms show a lively, slightly calligraphic rhythm—noticeable in the tapered arms and the delicate, angled terminals. Numerals follow the same contrast and elegance, with narrow joins and smooth, rounded bowls that keep the set cohesive in text.
Well-suited to magazine typography, cultural or lifestyle headlines, and high-end branding where contrast and sharp finishing details are an asset. It also fits book covers and refined print pieces such as invitations or programs, particularly at display sizes where the hairlines can be appreciated.
The overall tone is polished and editorial, balancing classic bookish authority with a fashion-forward sense of drama. Its razor-thin details and confident verticals read as premium and elegant, lending a sense of sophistication and ceremony rather than casual warmth.
The design appears intended to deliver a contemporary take on a traditional text serif: classic proportions and familiar structures, elevated by strong contrast and meticulous, pointed detailing for editorial impact and a luxurious voice.
In larger settings the hairlines and pointed joins create a striking sparkle, especially in combinations of straight stems and broad curves. The italic is not shown; the sample demonstrates a consistent upright texture with noticeable contrast-driven rhythm and clean spacing that supports display-size reading.