Serif Contrasted Hovy 7 is a light, normal width, very high contrast, italic, short x-height font.
Keywords: headlines, fashion, magazine, luxury branding, posters, editorial, luxurious, dramatic, poised, display elegance, editorial emphasis, luxury signaling, dramatic contrast, didone-like, hairline, vertical stress, calligraphic, sharp serifs.
An elegant italic serif with pronounced vertical stress and extremely fine hairlines paired with heavier downstrokes. Serifs are sharp and delicate, with crisp terminals that often taper to needle points, giving the outlines a carved, high-fashion feel. Proportions are refined and slightly condensed in the capitals, while the lowercase shows a compact x-height and lively italic construction with flowing entry/exit strokes. Curves are smooth and controlled, counters stay open despite the contrast, and numerals follow the same calligraphic, high-contrast logic with distinctive swashes on figures like 2, 3, 5, and 9.
Best suited to display contexts such as magazine headlines, fashion and beauty layouts, luxury brand identities, and high-end packaging where its high-contrast italic character can be showcased. It can also work for pull quotes or short passages in editorial design when set large enough to preserve the hairline detail.
The overall tone is sophisticated and theatrical, evoking couture editorial typography and luxury packaging. Its steep italic slant and sparkling hairlines create a sense of motion and polish, making it feel premium, dramatic, and intentionally refined rather than casual.
The design appears intended to deliver a modern, editorial take on high-contrast italic serif lettering: glamorous, crisp, and visually striking, with an emphasis on sharp terminals, sweeping italics, and a polished page presence.
In text, the rhythm is driven by strong diagonal movement and thin connecting strokes, producing a shimmering texture at display sizes. The fine details and narrow hairlines suggest best performance when given adequate size and contrast, where its sharp terminals and stroke modulation can remain clear.