Script Juji 2 is a regular weight, narrow, very high contrast, italic, short x-height font.
Keywords: wedding, invitations, branding, packaging, headlines, elegant, romantic, whimsical, refined, vintage, calligraphic display, formal elegance, decorative initials, signature feel, calligraphic, looped, swashy, tapered, ornate.
A formal calligraphic script with pronounced thick–thin modulation and a right-leaning, pen-written rhythm. Strokes taper to fine hairlines and finish in curled terminals, with occasional entry/exit swashes that create a flowing, decorative line. Letterforms are relatively narrow with tall ascenders/descenders, and the lowercase sits low with a compact x-height, giving the face a graceful, elongated silhouette. Despite the handwritten character, the construction is consistent and controlled, with smooth curves and crisp contrast that reads best at display sizes.
Well-suited for wedding suites, invitations, and event stationery where a formal script is expected. It also fits beauty, fashion, confectionery, and boutique branding, especially for logos, labels, and packaging accents. Use in headlines, short phrases, and pull quotes will showcase the contrast and swashes more clearly than long-body text.
The overall tone feels elegant and romantic, with a lightly whimsical flourish from the curled terminals and looped details. It suggests a classic, boutique sensibility—polished rather than casual—suited to moments where a touch of ceremony or charm is desired.
The design appears intended to emulate controlled pointed-pen calligraphy with expressive terminals while maintaining enough regularity for repeatable typographic use. Its narrow, high-contrast forms and decorative capitals aim to deliver a refined display voice with a memorable, signature-like presence.
The alphabet shows selective connectivity: some letters appear more naturally linking than others, while capitals often stand as ornamental initials. The numerals and several capitals incorporate distinctive curls and spurs that add personality but can increase visual complexity in dense settings.