Script Asgen 2 is a regular weight, narrow, high contrast, italic, short x-height font.
Keywords: wedding invites, branding, packaging, greeting cards, headlines, elegant, romantic, refined, classic, inviting, formal elegance, handwritten warmth, decorative flair, signature look, calligraphic, swashy, looping, graceful, fluid.
A flowing script with a pronounced rightward slant and calligraphic stroke modulation. Letterforms show tapered entry/exit strokes, occasional hairline joins, and rounded, looped terminals that give the alphabet a continuous, handwritten rhythm even when some capitals stand more independently. Capitals feature generous swashes and curled forms, while lowercase shapes are compact with a relatively low x-height and tall ascenders/descenders that create a lively vertical cadence. Spacing is somewhat irregular in a natural way, and numerals follow the same cursive logic with smooth curves and occasional flourish.
Well-suited for display settings where a graceful, handwritten signature effect is desired—such as wedding and event stationery, boutique branding, product packaging, and greeting cards. It performs best at medium to large sizes where the thin hairlines and flourishes remain clear, and it can add a refined accent in short subheads or pull quotes.
The overall tone is polished and personable, suggesting classic penmanship with a romantic, celebratory feel. Its loops and swashes add a sense of ceremony and warmth, reading as elegant rather than casual or rugged.
The design appears intended to emulate formal cursive writing with a calligraphic pen, balancing legibility with decorative swashes. It aims to provide a refined, expressive script for titles and occasion-driven typography rather than dense, utilitarian text.
The contrast between thick downstrokes and thin connecting strokes is especially noticeable in curved letters and in the extended capitals. Several glyphs rely on long ascenders and descenders for character, so line spacing benefits from a bit of breathing room to avoid collisions in dense settings.