Cursive Inrin 7 is a regular weight, narrow, low contrast, italic, very short x-height font.
Keywords: invitations, greeting cards, quotes, packaging, social media, friendly, casual, romantic, playful, personal, handwritten feel, elegant casual, decorative caps, friendly tone, looping, calligraphic, smooth, rounded, swashy.
A flowing cursive script with a rightward slant and smooth, low-contrast strokes that mimic a consistent pen line. Letterforms are compact and slightly condensed, with rounded joins, looped counters, and occasional swash-like entry/exit strokes, especially in capitals. The lowercase keeps a short x-height relative to tall ascenders, and the rhythm alternates between open curves and tight turns, giving the line a lively, handwritten cadence. Numerals follow the same single-stroke feel, with simple, curved forms that blend naturally with the script’s overall motion.
Well-suited for invitations, greeting cards, and short quotes where a personal handwritten flavor is desired. It also works for boutique packaging, labels, and social media graphics that benefit from a warm, crafted signature look. For best clarity, it performs most confidently at display sizes rather than dense, small text blocks.
The font reads as warm and personable, like neat everyday handwriting dressed up with gentle flourishes. Its looping forms and soft terminals lend a romantic, invitation-like tone while still feeling approachable and informal. Overall, it suggests a friendly voice suited to expressive, human-centered messaging.
Designed to capture a polished handwritten script: smooth, connected strokes with decorative capitals and an easy, conversational rhythm. The emphasis appears to be on charm and expressiveness while maintaining a consistent, legible pen-drawn structure.
Capitals are more decorative than the lowercase, using larger loops and extended strokes that can create strong word-shape variation in titles. Spacing appears tight and cohesive in text, with a continuous, connected feel that favors smooth horizontal flow over rigid uniformity.