Cursive Ihho 2 is a bold, normal width, low contrast, italic, short x-height font.
Keywords: branding, posters, packaging, social media, quotations, energetic, casual, friendly, expressive, playful, handwritten feel, casual tone, quick motion, friendly voice, display impact, brushy, fluid, slanted, rounded, bouncy.
A lively, brush-pen cursive with a consistent rightward slant and rounded, open forms. Strokes appear monoline-to-slightly modulated with soft terminals and occasional tapered entries/exits, creating a smooth, flowing rhythm. Letterforms are compact with modest x-height, while ascenders and descenders extend generously, giving lines a handwritten bounce. Widths vary noticeably from glyph to glyph, and many shapes lean toward single-stroke construction with simplified counters and minimal ornament.
This font is well suited to short-to-medium display settings such as branding accents, posters, packaging callouts, and social media graphics where an informal handwritten voice is desirable. It can also work for quotations, invitations, and headlines that benefit from a fast, expressive script texture, especially at larger sizes.
The overall tone feels informal and personable, like quick, confident handwriting. Its brisk slant and springy curves convey momentum and warmth, reading as approachable rather than formal. The brushy texture adds a casual, human touch suited to upbeat messaging.
The design appears intended to mimic natural brush handwriting with a quick, continuous feel, prioritizing personality and flow over strict uniformity. Its slant, rounded shapes, and simplified construction aim to deliver an energetic, friendly script that reads clearly in display use while retaining a hand-drawn character.
In text, the script maintains a steady cadence with clear word shapes and a slightly irregular, natural baseline. Capitals are larger and more gestural, helping with emphasis in headings, while lowercase remains compact and agile. Numerals follow the same handwritten logic, matching the slant and rounded stroke behavior.