Serif Flared Epbu 6 is a regular weight, normal width, high contrast, upright, normal x-height font.
Keywords: editorial, headlines, book covers, magazine titles, branding, elegant, refined, classic, confident, refinement, authority, editorial clarity, premium tone, classic revival, bracketed serifs, calligraphic tension, crisp terminals, sculpted curves, open counters.
A high-contrast serif with crisp hairlines, weighty verticals, and subtly flared, tapered stroke endings that give stems a gently sculpted feel. Serifs are sharp and neatly bracketed rather than blocky, with smooth transitions into main strokes. Proportions are balanced with a moderate x-height, rounded bowls, and a steady baseline rhythm; shapes like the S, C, and G show controlled curvature and clear aperture management. Numerals and capitals maintain a formal, bookish structure, while lowercase forms keep a traditional construction with clean joins and restrained detailing.
Well suited to editorial settings where contrast and refinement are desired, such as magazine headlines, pull quotes, and section openers. It can also perform effectively for book covers and upscale branding applications where a classic serif voice with crisp detail helps communicate quality and authority.
The overall tone reads polished and literary, combining classical authority with a modern crispness. The strong contrast and tapered endings lend a poised, fashion- and culture-forward feel without becoming overly ornate.
The design appears intended to deliver a contemporary take on a classical, high-contrast serif: readable and structured for text and display, while using tapered, slightly flared endings and clean serif work to add sophistication and a tailored, premium finish.
In text, the design produces a bright, sharp texture: hairlines stay fine and precise while verticals anchor the line, creating clear word shapes and strong typographic color. The letterforms favor clarity over flourish, with just enough stroke modulation and terminal shaping to feel crafted rather than mechanical.