Script Diraf 2 is a regular weight, narrow, high contrast, upright, short x-height font.
Keywords: branding, packaging, headlines, invitations, greeting cards, charming, friendly, retro, whimsical, handmade, hand-lettered feel, approachable tone, decorative caps, display readability, looped, bouncy, rounded, brushy, monoline-like.
A lively script with smooth, continuous strokes and rounded terminals, showing a clear hand-drawn rhythm. Letterforms lean mostly upright and move with a bouncy baseline, mixing compact joins with occasional open loops and gentle swashes. Contrast comes through in brush-like thick–thin modulation rather than sharp serif transitions, and many shapes favor soft curves over angles. Capitals are more decorative and varied, while lowercase remains relatively compact with short ascenders/descenders and tight internal counters, creating a dense, cohesive texture in words.
Best suited to display use where its expressive loops and brushy modulation can be appreciated—logos, boutique branding, product packaging, social graphics, invitations, and short headlines. It can also work for short supporting lines or pull quotes when set with comfortable tracking and ample line spacing.
The overall tone feels personable and upbeat, with a slightly nostalgic, craft-oriented character. Its looping forms and playful proportions read as warm and inviting rather than formal or restrained, making the text feel conversational and handmade.
The design appears intended to capture the look of confident, modern hand lettering—smooth, connected, and slightly embellished—while keeping enough regularity to stay readable in short passages. It emphasizes charm and personality through decorative capitals, rounded joins, and a buoyant rhythm.
The sample text shows good visual continuity across words, with joins that suggest a single-stroke writing motion, while individual glyph widths vary enough to keep a natural, handwritten cadence. Numerals match the script energy with rounded, simplified shapes that maintain the same stroke behavior.