Serif Normal Harir 2 is a very light, normal width, high contrast, italic, normal x-height font.
Keywords: editorial, book design, magazines, fashion branding, invitations, elegant, literary, refined, fashion, classic, emphasis, elegance, editorial tone, premium branding, classic italic, hairline, crisp, calligraphic, bracketing, pointed.
A delicate italic serif with pronounced thick–thin modulation and hairline terminals. The letterforms show a calligraphic forward lean, crisp bracketed serifs, and sharp wedge-like finishing strokes that create a lively, shimmering rhythm across lines. Curves are open and clean, with narrow joins and fine entry/exit strokes; capitals feel stately and slightly elongated, while lowercase maintains a measured x-height with generous ascenders and descenders. Figures follow the same high-contrast logic, pairing thin connecting strokes with small, controlled curves and pointed terminals.
Well suited to editorial settings where an elegant italic is needed for titles, pull quotes, intros, and emphasis within body copy. It can also support premium branding applications—fashion, beauty, hospitality—and formal printed materials such as invitations or programs, particularly at medium to large sizes where the fine hairlines can remain clear.
The overall tone is polished and cultured, with an editorial sophistication that reads as classic and upscale. Its strong italic gesture adds a sense of movement and emphasis, lending an expressive, slightly dramatic voice suited to refined branding and literary contexts.
Likely designed to provide a refined, high-contrast italic companion for conventional serif typography, prioritizing graceful calligraphic motion, crisp finishing strokes, and a light, upscale page color for editorial and branding use.
The texture on the page is light and airy, relying on contrast rather than mass for presence. The italic construction appears consistent across uppercase, lowercase, and numerals, producing a cohesive, formal palette for emphasis and display-sized typography.