Cursive Tufi 12 is a light, narrow, medium contrast, italic, very short x-height font.
Keywords: invitations, branding, packaging, social media, greeting cards, elegant, airy, romantic, personal, refined, signature feel, handwritten elegance, friendly formality, expressive display, looping, fluid, calligraphic, swashy, delicate.
A flowing script with a consistent rightward slant, built from smooth, pen-like strokes that taper subtly at turns and terminals. Letterforms favor open curves, long ascenders and descenders, and occasional looped construction in both caps and lowercase, creating a lively handwritten rhythm. Capitals are tall and expressive with generous entry/exit strokes, while lowercase forms stay compact with simple bowls and narrow counters, keeping the overall texture light and nimble. Numerals follow the same cursive logic, with rounded shapes and gentle, handwritten irregularity that feels intentional rather than rough.
Best suited to short-to-medium display copy where its handwritten personality can read clearly: invitations, announcements, greeting cards, boutique branding, product packaging, and social graphics. It also works well for pull quotes and headings when set with comfortable tracking and generous line spacing.
The overall tone is graceful and intimate, like a neat personal note written with a fine pen. Its looping forms and tall, slender rhythm lean toward a romantic, slightly formal mood without feeling rigid or overly ornamental.
The design appears intended to deliver an elegant, pen-written signature feel with a clean, contemporary smoothness. Emphasis is placed on flowing rhythm, tall proportions, and tasteful loops to create expressiveness while remaining legible in typical headline sizes.
The sample text shows strong linear flow and good continuity across words even though connections are not strictly continuous for every letter. Long strokes on capitals and letters like g, y, and f add flourish and movement, so spacing and line breaks benefit from a bit of breathing room to avoid collisions in dense settings.