Script Abmaj 13 is a regular weight, very narrow, high contrast, italic, very short x-height font.
Keywords: invitations, greeting cards, packaging, logos, social media, playful, elegant, whimsical, romantic, lively, modern calligraphy, personal warmth, display flair, boutique branding, calligraphic, looping, bouncy, tall, airy.
A flowing handwritten script with a rightward slant and pronounced thick–thin modulation that mimics a pointed-pen stroke. The letterforms are tall and narrow with generous ascenders/descenders and a relatively small x-height, creating an airy vertical rhythm. Strokes taper into fine terminals, with rounded bowls and occasional looped entries/exits; connections are present in the sample text but remain slightly broken in places, preserving a natural hand-drawn cadence. Numerals and capitals keep the same calligraphic logic, mixing smooth curves with a few sharp, brush-like turns for emphasis.
Best suited for invitations, announcements, and greeting cards where the tall, looping forms can breathe. It also works well for boutique packaging, beauty or lifestyle branding, and short logo wordmarks, as well as social graphics and pull quotes where a personable script voice is desired.
The overall tone feels light, personable, and slightly dressy—like neat modern calligraphy used for friendly notes or boutique branding. Its buoyant rhythm and delicate hairlines add a romantic, celebratory flavor without becoming overly formal.
The design appears intended to capture the look of modern calligraphy in a tidy, repeatable font: tall proportions, crisp contrast, and expressive loops that add charm while keeping letter shapes recognizable. It prioritizes display impact and a handcrafted feel over dense text setting.
Capitals are especially prominent and monoline-like in places compared to the lowercase, producing a lively contrast between headline initials and the more connective running script. The spacing appears open and the forms stay legible at display sizes, while the finer hairlines suggest caution at very small settings or low-resolution reproduction.