Serif Flared Afnu 3 is a regular weight, normal width, high contrast, upright, normal x-height font.
Keywords: editorial, book text, magazines, headlines, branding, classic, literary, formal, refined, editorial voice, classic refinement, premium tone, text hierarchy, bracketed serifs, crisp terminals, sculpted curves, sharp apexes, vertical stress.
A crisp serif with pronounced thick–thin contrast and a steady, upright stance. Serifs are bracketed and slightly flared, with stems that feel subtly sculpted as they approach terminals. Capitals are tall and stately with sharp apexes and clean, straight-sided verticals, while round letters show a controlled, slightly vertical stress and tight, well-defined counters. The lowercase maintains a traditional rhythm with compact joins and clear entry/exit strokes, and the numerals follow the same high-contrast logic with elegant curves and firm verticals.
Well suited to editorial typography where contrast and refinement are desirable, such as magazines, literary layouts, and high-end print pieces. It can also perform effectively for headlines, pull quotes, and brand wordmarks that need a traditional, premium tone, especially at medium to large sizes where the detailing reads clearly.
The overall tone is bookish and authoritative, leaning toward classic print traditions. Its sharp contrast and refined detailing give it a polished, editorial voice suited to serious or cultured messaging rather than casual or playful contexts.
The design appears intended to reinterpret a traditional, high-contrast serif for contemporary editorial use, combining classical proportions with slightly flared, sculpted endings to add definition and sophistication. The goal seems to be a confident text-and-display workhorse that feels established and polished in both settings.
In text, the strong contrast creates a lively sparkle and clear hierarchy, with capitals carrying significant presence. Spacing appears even and measured, helping paragraphs hold a composed texture while still showing crisp articulation at smaller joins and terminals.