Script Ulry 9 is a light, narrow, medium contrast, italic, short x-height font.
Keywords: invitations, wedding stationery, greeting cards, branding, logotypes, elegant, romantic, refined, graceful, classic, formal script, handwritten elegance, signature style, invitation tone, calligraphic, looped, swashy, delicate, slanted.
A formal, calligraphic script with a consistent rightward slant and slender, flowing strokes. Letterforms are built from smooth, continuous curves with occasional looped entrances and exits, and a moderate thick–thin rhythm that suggests pen-like modulation without becoming high-contrast. Capitals are more decorative and open, while lowercase maintains a compact, slightly compressed rhythm; ascenders and descenders are relatively long, giving lines a tall, airy silhouette. Terminals tend to be tapered and softly hooked, with gentle swashes that add movement while keeping overall spacing controlled.
Well-suited for wedding suites, formal invitations, greeting cards, and boutique branding where an elegant handwritten signature is desired. It can work effectively for short headlines, names, and logo-style wordmarks, and is best when given comfortable tracking and generous line spacing to preserve its airy loops and long extenders.
The font conveys a polished, romantic tone associated with classic handwritten correspondence and formal invitations. Its looping gestures and soft, tapered terminals feel graceful and personable, while the steady slant and consistent construction keep it composed and upscale rather than playful.
Likely designed to emulate a neat, formal cursive hand with controlled flourish—balancing decorative capitals and smooth joins for an upscale, handwritten look that remains usable in short text samples.
In text settings, the script reads as mostly connected with clear cursive continuity, with capitals standing out through larger initial strokes and occasional flourished loops. Numerals follow the same slanted, handwritten logic, appearing light and elegant with simple, pen-like curves.