Cursive Uhbak 3 is a regular weight, narrow, high contrast, italic, very short x-height font.
Keywords: branding, packaging, posters, headlines, quotes, casual, expressive, modern, energetic, friendly, handwritten realism, signature style, casual display, brush lettering, brushy, calligraphic, leaning, fluid, loose.
A fast, brush-pen script with a consistent forward slant and lively, tapered strokes. Letterforms are narrow and compact with a very small x-height and prominent ascenders, giving lines a tall, airy rhythm. Contrast is created by pressure-like stroke modulation: downstrokes read heavier while entrances, exits, and joins thin out sharply. Curves are smooth and open, terminals are often pointed or softly flicked, and connections appear frequent though not perfectly continuous, preserving a handwritten spontaneity.
Best suited to short to medium-length display settings where its brush contrast and compact rhythm can read as intentional—logos, product packaging, social graphics, posters, and pull quotes. It can also work for invitations or menu highlights when used at generous sizes and with comfortable line spacing.
The overall tone is informal and personable, with an energetic, contemporary handwritten feel. It suggests quick note-taking and confident signature-like motion, balancing warmth with a slightly edgy brush texture. The rhythm feels upbeat and conversational rather than formal or ornamental.
The design appears intended to capture the look of quick brush lettering in a clean, reusable typeface form—prioritizing motion, contrast, and a signature-like flow over strict uniformity. Its narrow proportions and tall rhythm aim to keep words compact while maintaining an expressive, handwritten presence.
Capitals are simplified and gestural, standing out through height and sweeping entry/exit strokes rather than elaborate loops. Numerals are similarly handwritten and slightly varied in width, helping them blend naturally into casual text. Spacing appears intentionally tight and flowing, favoring word-shape continuity over strict, mechanical regularity.