Script Tasa 3 is a very light, narrow, very high contrast, italic, very short x-height font.
Keywords: wedding, invitations, branding, packaging, headlines, elegant, romantic, refined, formal, airy, formal script, calligraphic elegance, display emphasis, ornate capitals, flourished, calligraphic, swashy, delicate, looping.
A delicate formal script with a steep rightward slant, hairline entry strokes, and pronounced thick–thin modulation. Letterforms are tall and narrow with long ascenders and descenders, and capitals feature generous loops and occasional swashes that extend beyond the main body. Strokes taper to fine terminals, with smooth, continuous curves and a lightly connected rhythm that reads like careful pen work rather than rigid construction. Spacing is compact and the overall texture stays light and open, with emphasis on vertical movement and graceful turns.
Well suited to wedding suites, formal invitations, luxury or artisan branding, and packaging where elegance and a handcrafted feel are priorities. It performs best in headlines, names, and short phrases where the capital flourishes can lead without crowding, and where fine strokes won’t be lost to small sizes or low-contrast printing.
The tone is polished and romantic, evoking classic invitation calligraphy and boutique refinement. Its airy hairlines and looping capitals feel ceremonial and expressive, while the restrained overall color keeps it poised rather than loud.
The design appears intended to mimic refined pointed-pen script, prioritizing graceful movement, expressive capitals, and a light, high-contrast texture. It aims to deliver a sophisticated calligraphic voice for display settings while keeping lowercase shapes comparatively restrained for readable words and phrases.
Uppercase letters carry most of the ornamentation, creating strong initial-letter moments, while lowercase forms remain simpler and more legible in text. Numerals follow the same slender, calligraphic logic, with smooth curves and minimal weight that can appear especially light at small sizes.