Serif Normal Anbab 15 is a bold, wide, very high contrast, italic, normal x-height font.
Keywords: headlines, magazine, branding, posters, packaging, luxury, editorial, dramatic, elegant, fashion, impact, sophistication, motion, calligraphic, bracketed, sharp, crisp, high-waisted.
A slanted serif with pronounced thick–thin modulation and crisp, tapered terminals. The letterforms feel calligraphically driven: heavy main strokes contrast with hairline connections, and many strokes end in sharp, triangular or needle-like finishes rather than blunt cuts. Serifs are bracketed and often wedge-shaped, with a forward-leaning rhythm and slightly expanded proportions that give the text a confident, high-waisted silhouette. In running text, the strong diagonals and tight hairlines create a lively, sparkling texture with clear emphasis on stroke direction and stress.
Best suited for display typography such as magazine headlines, fashion/editorial layouts, brand marks, and premium packaging where its contrast and sharp terminals can be appreciated. It can work for short passages like pull quotes or decks, but the hairlines and energetic rhythm suggest using comfortable sizes and spacing for sustained reading.
The overall tone is polished and theatrical, pairing classical refinement with a contemporary, high-fashion attitude. Its sharp contrasts and pointed details read as premium and attention-seeking, suited to settings where elegance and drama are desirable.
The design appears intended to deliver a modern, editorial take on a classic high-contrast serif italic—prioritizing sophistication, motion, and visual impact through strong modulation, pointed terminals, and a confident, fashion-forward stance.
The numerals and capitals carry the same assertive contrast, with thin joins and prominent weight concentration that can create striking shapes at display sizes. The italic slant and tapered finishes make the design feel energetic, while the consistent stress and serif treatment keep it firmly rooted in traditional serif conventions.