Cursive Atbip 1 is a regular weight, very narrow, high contrast, italic, short x-height font.
Keywords: greeting cards, invitations, packaging, social posts, quotes, playful, whimsical, friendly, casual, handmade, personal voice, handwritten charm, expressive display, casual elegance, looping, bouncy, monoline feel, tall ascenders, open counters.
A lively cursive handwriting style with a pronounced rightward slant and a tall, condensed silhouette. Strokes show a pen-like rhythm: slim entry strokes and heavier downstrokes create a calligraphic contrast, while terminals often taper into soft hooks or loops. Letterforms are narrow with generous vertical reach, featuring long ascenders and descenders and a relatively small x-height that emphasizes the upright sweep of stems. The texture is fluid and slightly irregular in a natural way, with rounded turns, open bowls, and frequent looped joins that keep words moving across the line.
Well suited to friendly display settings such as greeting cards, invitations, gift tags, and boutique packaging, as well as social media graphics and pull quotes where a personal touch is desired. It performs best at larger sizes where the contrast and looping details can remain crisp and expressive.
The overall tone is cheerful and personable, reading like quick, confident handwriting. Its narrow, tall forms and looping gestures add a slightly whimsical, storybook character while remaining clear enough for short phrases and headings.
Designed to capture an informal, handwritten cursive voice with an elegant, narrow profile and a touch of flourish. The emphasis appears to be on quick readability paired with personality—balancing smooth connections and playful loops with a controlled, consistent rhythm.
Capital letters lean into decorative loops and sweeping entry strokes, creating strong word-shape at the start of lines. Spacing appears compact and consistent, giving a tidy, vertical rhythm; the numerals follow the same handwritten logic with simple, legible forms and occasional flourish in curves.