Cursive Radit 1 is a regular weight, narrow, high contrast, italic, short x-height font.
Keywords: invitations, greeting cards, quotes, branding, packaging, friendly, romantic, handmade, playful, casual, personal voice, warmth, craft feel, expressive titles, informal elegance, brushlike, tapered, looped, flourished, bouncy baseline.
A slanted, pen-like cursive with high-contrast strokes and tapered terminals, showing clear pressure changes typical of a brush or pointed-pen feel. Letterforms are narrow and compact with a springy baseline rhythm and occasional entry/exit strokes that create a semi-connected flow. Capitals are expressive and slightly flourished, while lowercase forms keep a simple, legible structure with rounded bowls and looped ascenders/descenders.
Well suited for invitations, greeting cards, quotes, and social graphics where a personal handwritten tone is desirable. It can work effectively for logos, packaging accents, and boutique branding—especially in short headlines, names, and callouts. For longer text, it performs best at comfortable sizes with ample spacing to preserve the airy loops and stroke contrast.
This script feels friendly and personal, with a lighthearted, handwritten charm. The lively loops and gentle swashes give it a romantic, crafty tone without becoming overly formal. Overall it reads as approachable and upbeat, suited to warm messaging and casual elegance.
The design appears intended to mimic quick, confident hand lettering that balances personality with readability. It emphasizes expressive capitals and smooth, flowing movement while keeping most shapes compact and consistent for short passages. The contrast and tapered endings suggest a drawn-with-a-pen aesthetic rather than geometric precision.
The numeral set matches the handwritten character, with simplified shapes and subtle curves that harmonize with the script. Uppercase forms provide the strongest decorative moments, while lowercase maintains a steady rhythm that keeps sample sentences readable despite the expressive stroke modulation.