Cursive Ohpi 7 is a light, narrow, low contrast, italic, very short x-height font.
Keywords: invitations, greeting cards, wedding stationery, boutique logos, social graphics, airy, graceful, friendly, romantic, casual, handwritten elegance, signature feel, friendly formality, decorative caps, looping, monoline, flowing, bouncy, swashy.
A flowing cursive script with a smooth, monoline stroke and a consistent rightward slant. Letterforms are built from long, looping ascenders and descenders with occasional entry and exit swashes, creating a light, open rhythm across words. The uppercase set is more decorative and calligraphic in feel, with larger loops and flourished terminals, while the lowercase stays simpler but remains highly connected. Numerals are slender and softly curved, matching the script’s continuous stroke and gentle movement.
Works well for short to medium-length display copy where a handwritten, personable tone is desired—such as invitations, greeting cards, wedding and event materials, boutique identity accents, and social media graphics. It is best used at comfortable sizes with generous spacing to preserve the clarity of its loops and connections.
The overall tone is elegant yet informal, like neat personal handwriting used for notes, invitations, or boutique branding. Its looping construction and soft curves give it a warm, personable voice with a slightly romantic, handcrafted feel.
Designed to emulate tidy, flowing handwriting with a polished cursive cadence, balancing decorative capitals with a more legible connected lowercase. The emphasis appears to be on graceful motion and an expressive, signature-like line suitable for personal and lifestyle-forward designs.
Connections between letters are frequent and smooth, supporting continuous word shapes in running text. Several capitals feature prominent loops and extended strokes that add personality but can dominate at small sizes or in tight spacing. The dot on the lowercase i/j is small and understated, and the overall texture stays clean without heavy modulation.