Serif Normal Gehi 10 is a regular weight, normal width, very high contrast, italic, normal x-height font.
Keywords: editorial, book jackets, magazines, pull quotes, invitations, elegant, formal, literary, classic, refinement, emphasis, tradition, display clarity, calligraphic, bracketed, hairline, crisp, high-waisted.
A high-contrast italic serif with sharp hairlines, pronounced thick-to-thin modulation, and finely bracketed wedge serifs. The drawing favors tall capitals and narrow, tapered joins that create a crisp, sparkling texture, while the italic angle and subtle entry/exit strokes add a calligraphic flow. Curves are smooth and open, with tight inner counters and delicate terminals that keep the overall color light despite the strong main strokes. Numerals follow the same refined contrast, with slender diagonals and tapered curves that feel consistent with the letterforms.
Well-suited to editorial typography where a refined, high-contrast italic voice is desired—such as magazine headlines, subheads, pull quotes, and book or journal titling. It can also serve formal materials like invitations or programs, especially when ample size and good printing conditions preserve the thin strokes.
The overall tone is polished and classic, projecting an editorial sophistication associated with literary and fashion-minded typography. Its crisp contrast and italic movement give it a sense of ceremony and refinement, leaning more toward cultured and expressive than utilitarian.
The design appears intended to deliver a traditional, high-contrast italic with a distinctly calligraphic cadence, balancing classical serif structure with a sharp, contemporary crispness. Its proportions and delicate finishing prioritize elegance and expressive emphasis for display and editorial settings.
In text, the rhythm alternates between sturdy verticals and very fine connecting strokes, producing a lively, shimmering line. The italic forms show a noticeable forward momentum, and the narrow hairlines and pointed details suggest it will read best at sizes where those features can remain distinct.