Cursive Gomol 3 is a regular weight, very narrow, medium contrast, italic, short x-height font.
Keywords: branding, packaging, invitations, social media, quotes, casual, friendly, handwritten, airy, lively, personal tone, fast handwriting, expressive caps, everyday script, light elegance, looping, slanted, monoline-leaning, bouncy, organic.
A lively cursive script with a consistent rightward slant and an overall narrow footprint. Strokes feel pen-drawn and slightly elastic, with moderate thick–thin modulation and tapered terminals that suggest quick, confident movement. Letterforms alternate between connected and near-connected joins, creating a flowing line while preserving clear word shapes. Ascenders and descenders are long and expressive, and the rhythm is bouncy with subtle baseline variation and generous interior counters for a light, open texture.
Well-suited for short-to-medium display text such as logos, boutique branding, packaging callouts, invitations, greeting cards, and social posts. It also works for pull quotes and headings where a friendly handwritten voice is desired, while longer paragraphs may benefit from larger sizes and comfortable line spacing.
The font conveys an informal, personable tone—like a neat note written with a felt-tip or brush pen. Its looping forms and brisk slant add energy and approachability, balancing charm with everyday readability.
Designed to mimic quick, stylish handwriting with a smooth cursive flow and expressive loops, prioritizing personality and momentum over strict geometric regularity. The narrow, upright-leaning structure and clean stroke endings aim to keep words legible while still feeling spontaneous and personal.
Capitals are taller and more gestural, often built from single sweeping strokes that read well at display sizes. Numerals follow the same handwritten logic, with simple, slightly irregular curves that match the script’s cadence. Overall spacing feels relaxed, and the irregularities appear intentional, reinforcing a natural hand-made character rather than strict uniformity.