Cursive Ugry 1 is a bold, narrow, medium contrast, italic, short x-height font.
Keywords: headlines, posters, branding, packaging, social media, energetic, casual, expressive, friendly, confident, brush script, handwritten feel, display impact, modern casual, brushy, slanted, looped, bouncy, high-contrast.
A lively, brush-pen script with a pronounced rightward slant and assertive, slightly compressed proportions. Strokes show clear pressure changes—thicker downstrokes and tapered entry/exit strokes—creating a calligraphic rhythm without feeling overly formal. Letterforms are rounded and looped, with frequent connected joins and occasional lifted strokes that keep the texture airy. Capitals are large and gestural with sweeping curves and simple swashes, while lowercase stays compact and rhythmic, producing a dense, fast-moving line of text. Numerals match the handwritten construction, with curvy forms and tapered terminals that maintain the same brush-like texture.
Best suited for short to medium-length display text where its bold, brushy motion can shine—headlines, pull quotes, logos/wordmarks, product packaging, and promotional graphics. It can also work for social posts and titles where an expressive handwritten tone is desired, while extended body copy may feel visually busy at smaller sizes.
The tone is upbeat and personable, like quick, confident handwriting made with a marker or brush pen. It reads as modern and informal, with an energetic cadence that suits conversational messaging and attention-grabbing phrases.
Designed to emulate confident brush handwriting with a contemporary, slightly condensed stance, balancing legibility with expressive stroke flair. The intent appears to be a versatile, high-impact script for modern branding and energetic display settings.
Spacing and stroke endings are intentionally irregular in a naturalistic way, contributing to a hand-drawn authenticity. The script connections are selective rather than fully continuous, which helps retain character detail and avoids a uniform, mechanical flow.