Cursive Uflid 11 is a regular weight, narrow, medium contrast, italic, very short x-height font.
Keywords: logos, packaging, social media, posters, quotes, casual, expressive, energetic, friendly, personal, handwritten realism, casual branding, dynamic script, quick notes, personal tone, brushlike, slanted, looping, airy, monoline-ish.
A fast, right-slanted cursive with brush-pen character and lightly tapered stroke endings. Letterforms are compact and narrow overall, with lively rhythm and uneven, hand-drawn texture that keeps the line from feeling mechanical. Strokes show modest contrast and occasional sharp flicks, with rounded loops in many lowercases and simplified, open counters for speed. Capitals are taller and more gestural, often built from a few confident strokes, while the lowercase stays small and quick with short bowls and compact joins.
Well-suited for short to medium text where an approachable handwritten voice is desired, such as logos, packaging callouts, social posts, quotes, invitations, and display lines in posters. It performs best at larger sizes where the brisk joins and compact proportions remain clear and the brushlike texture can be appreciated.
The font reads as informal and human, like a quick handwritten note made with a felt tip or brush pen. Its energetic slant and flicked terminals add motion and spontaneity, giving text a personable, conversational tone. The overall impression is modern-casual rather than formal calligraphy.
Likely designed to capture quick, contemporary cursive handwriting with a brush-pen feel—balancing readability with expressive motion. The compact proportions, consistent slant, and lively terminals suggest an emphasis on speed, personality, and a natural handwritten rhythm in everyday branding and display contexts.
Connections between letters appear frequent but not perfectly uniform, reinforcing a natural handwriting flow. Numerals follow the same brisk, slanted style and feel integrated with the alphabet, with simple forms and swift curves that prioritize momentum over strict geometric regularity.