Script Raku 5 is a regular weight, very narrow, very high contrast, upright, very short x-height font.
Keywords: branding, invitations, packaging, headlines, logotypes, elegant, refined, whimsical, vintage, fashion, calligraphic feel, premium tone, decorative display, signature style, calligraphic, swashy, flourished, delicate, looping.
A formal script with pronounced thick–thin modulation and a slender, calligraphic build. Strokes alternate between hairline entry/exit strokes and bold, inked downstrokes, creating a crisp, high-contrast rhythm. Letterforms are generally upright with narrow proportions, small counters, and frequent tapered terminals; many capitals feature long, curving lead-in strokes and restrained swashes. Lowercase shapes show a compact x-height with tall ascenders/descenders, and the design mixes connected cursive tendencies with occasional breaks and standalone forms for clarity.
Best suited for short, prominent text where its contrast and swash details can be appreciated—such as wordmarks, beauty or fashion branding, wedding and event invitations, product packaging, and editorial headlines. It also works well for pull quotes or signage where an elegant, handwritten signature feel is desired.
The overall tone is polished and romantic, with a fashion-forward elegance that feels at home in premium, decorative settings. Its looping terminals and contrast add a light theatricality, giving text a boutique, celebratory character without becoming overly ornate.
Likely designed to emulate a pointed-pen calligraphy look with modern cleanliness: dramatic contrast, controlled upright posture, and decorative entry strokes that add personality while keeping letterforms relatively compact. The intent appears focused on creating a sophisticated display script that reads as handcrafted and premium.
The numerals mirror the letterforms’ contrast and curvature, with several figures using graceful hooks and hairline tails. In longer text, the strong contrast and narrow spacing create a lively texture that favors display sizing over extended reading.