Serif Flared Bymaf 11 is a very light, normal width, high contrast, upright, normal x-height font.
Keywords: headlines, magazine, branding, packaging, posters, refined, fashion, editorial, classical, airy, luxury tone, display focus, editorial voice, modern classic, crisp, delicate, calligraphic, sharp, elegant.
A delicate serif with pronounced thick–thin modulation and crisp, tapered terminals that often flare as strokes end. Curves are drawn with fine hairlines and controlled tension, giving bowls and rounds a clean, open silhouette. Serifs read as sharp, lightly bracketed wedges rather than heavy slabs, and vertical stems remain slim with occasional swelling near joins and terminals. Proportions feel balanced with a moderate x-height, generous counters, and a calm, upright rhythm; capitals are stately and set with ample internal space, while the lowercase keeps a light, precise texture.
Best suited to display typography such as magazine titles, editorial headlines, luxury branding, and upscale packaging where its contrast and finesse can remain clear. It can also work for short pull quotes or invitations when given sufficient size and spacing, but the very thin hairlines suggest more caution for long passages at small sizes.
The overall tone is elegant and poised, with an airy, high-fashion polish. Its contrast and sharp finishing details project sophistication and formality, while the gentle flaring and tapering add a subtle, crafted character rather than a purely mechanical one.
The letterforms appear intended to deliver a modern-classic serif voice: refined proportions, high contrast, and sharp, flared finishing that reads premium and editorial. The design emphasizes elegance and clarity in large-format settings, aiming for a polished, cultured presence.
The design relies on fine hairlines and pointed details, which creates a bright page color at display sizes. Numerals and capitals carry a classic, bookish dignity, while the lowercase introduces a slightly more expressive, calligraphic nuance through tapered curves and terminals.