Serif Flared Immah 7 is a light, normal width, high contrast, italic, normal x-height font visually similar to 'Clarinette' by Océane Moutot (names referenced only for comparison).
Keywords: editorial, book text, magazine, branding, invitations, elegant, literary, refined, classical, dramatic, elegance, literary tone, calligraphic feel, editorial voice, calligraphic, flared, bracketed, sharp, airy.
This is a slanted serif with a crisp, high-contrast stroke model and noticeably flared, wedge-like terminals. Curves are drawn with a calligraphic logic, showing tapered joins and sharp entry/exit strokes, while the serifs feel more like pointed flicks than flat slabs. The capitals are stately and relatively narrow with clean, tapered horizontals; the lowercase maintains an even rhythm with open counters and energetic, slightly asymmetric curves. Numerals follow the same italicized, chiselled feel, with the 4 and 7 showing sharp, angled construction and the 2 and 3 ending in pointed terminals.
It suits editorial typography, book and magazine settings, and other long-form contexts where a refined italic is needed for emphasis or expressive passages. It also works well for sophisticated branding, invitations, and display lines where its sharp terminals and contrast can read as premium and cultured.
The overall tone is poised and literary, combining classical bookish manners with a slightly dramatic, fashionable edge. The flared terminals and pronounced contrast give it a refined, editorial voice that feels formal without becoming heavy or rigid.
The design appears intended to translate calligraphic, pen-made movement into a polished serif with flared endings, delivering an elegant italic voice that remains readable while adding stylistic character.
The italic angle is consistent across the set, and the design relies on tapering rather than blunt cuts, producing a lively texture in text. Details like the hooked tail on the Q and the sharp, triangular finishing strokes on many letters reinforce a carved, pen-driven impression.