Serif Flared Anbup 2 is a regular weight, normal width, high contrast, upright, normal x-height font.
Keywords: editorial, books, headlines, branding, invitations, classic, formal, literary, refined, refinement, authority, tradition, print elegance, text clarity, calligraphic, bracketed, tapered, crisp, balanced.
A high-contrast serif with tapered main strokes and subtly flared terminals that broaden into sharp, wedge-like endings. Serifs are finely bracketed and crisp, with smooth transitions from thick stems to hairline arms and cross-strokes. The design keeps an upright, measured rhythm with moderate proportions and open interior spaces, while the contrast and pointed detailing give edges a clean, chiseled finish. Overall spacing reads orderly and text-ready, with a consistent stroke logic across capitals, lowercase, and figures.
This font suits editorial layouts, book typography, and other long-form settings where a classic serif voice is desired. It also performs well for headlines and refined branding, particularly when you want an upscale, traditional tone with crisp detail. The high-contrast structure makes it especially effective at display sizes and in print-forward compositions.
The tone is traditional and cultivated, evoking book typography and editorial polish. Its sharp hairlines and flared endings add a slightly ceremonial, engraved character without becoming ornamental. The result feels authoritative, composed, and quietly luxurious.
The design appears intended to deliver a timeless serif texture with added sophistication through flared terminals and pronounced contrast. It balances readability with elegance, aiming for a polished, heritage-leaning voice that can move between text and display use.
In running text, the thin horizontals and hairlines are a defining feature, creating a bright, delicate top-and-bottom texture against stronger verticals. Curves appear smooth and controlled, and the serif/terminal shaping emphasizes a gently calligraphic, pen-influenced construction rather than purely mechanical forms.