Cursive Folal 16 is a light, very narrow, medium contrast, italic, very short x-height font.
Keywords: branding, packaging, invitations, social posts, quotes, casual, airy, friendly, expressive, modern, handwritten feel, signature style, casual display, personal tone, brushy, monoline, looping, slanted, tall ascenders.
A quick, brush-pen handwritten script with a lively rightward slant and mostly monoline strokes that taper subtly at terminals. Letterforms are tall and slender with compact counters, long ascenders and descenders, and a generally open, flowing rhythm. Connections are suggestive rather than fully continuous, giving words a handwritten texture while still reading as a cohesive cursive. Capitals are larger and more gestural, often built from single sweeping strokes with soft curves and occasional looped entries.
Works best for short to medium-length copy where a personal, handcrafted feel is desired—logos, boutique branding, packaging callouts, invitations, greeting cards, and social graphics. The slender build and energetic slant also suit pull quotes, headers, and signature-style bylines when given adequate size and spacing.
The overall tone feels relaxed and personal, like an informal note or a spontaneous signature. Its brisk, slightly sketchy energy reads contemporary and approachable, with enough flourish in the capitals to add charm without becoming ornate.
Designed to capture the immediacy of brush handwriting in a clean, legible script, balancing everyday note-taking informality with just enough flourish for display use. The emphasis on tall proportions and smooth, confident strokes suggests a font meant to feel human and upbeat while staying readable in common headline scenarios.
Lowercase forms keep a tight body with prominent extenders, creating a high vertical profile in text. Numerals follow the same handwritten logic, with simplified shapes and smooth curves that match the alphabet’s rhythm. Stroke joins and cross strokes (such as on t and some capitals) contribute to the hand-drawn authenticity rather than strict geometric consistency.