Cursive Edmip 2 is a light, very narrow, low contrast, italic, very short x-height font.
Keywords: branding, packaging, social media, invitations, greeting cards, casual, friendly, airy, playful, personal, handwritten realism, friendly tone, light elegance, quick notation, monoline, loopy, bouncy, upright-leaning, open forms.
A thin, monoline handwritten script with a relaxed rightward slant and a lively, uneven rhythm. Strokes keep a consistent pen-like width with rounded terminals and occasional looped entries, producing softly connected word shapes while many capitals remain more stand-alone and gesture-like. Proportions are tall and compact horizontally, with short lowercase bodies, long ascenders/descenders, and generous internal whitespace in rounded letters. Spacing and alignment feel intentionally organic, with subtle baseline wobble and varied join behavior that enhances the hand-drawn character.
Well-suited for short to medium text where a human, conversational tone is desired—such as lifestyle branding, boutique packaging, quotes, and social graphics. It also works nicely for invitations, greeting cards, and headings where a light, handwritten presence can add charm without heavy ornament.
The font reads as informal and personable, like quick but careful note-taking. Its light, airy marks and looping gestures convey warmth and approachability, with a slightly whimsical bounce that keeps long lines from feeling rigid or formal.
The design appears intended to mimic a quick, natural cursive hand with minimal contrast and plenty of vertical reach, emphasizing fluidity and personality over strict consistency. Its narrow, tall proportions and looped connections suggest a focus on elegant handwriting flavor that remains casual and readable at display sizes.
Capitals are simple and calligraphic, leaning on single-stroke construction and occasional flourish rather than strict typographic symmetry. Numerals follow the same handwriting logic, with smooth curves and open counters that prioritize flow over geometric regularity.