Cursive Anliw 10 is a regular weight, very narrow, high contrast, upright, very short x-height font.
Keywords: invitations, branding, packaging, social posts, headlines, whimsical, friendly, airy, handmade, lively, handwritten feel, expressive display, modern charm, personal tone, brushy, bouncy, tall, looped, casual.
A tall, airy script with slender verticals and pronounced stroke contrast that mimics a pointed-pen or brush-pen feel. Stems often swell on downstrokes and taper into fine entry/exit strokes, creating an elastic rhythm and a light overall color despite occasional inky joins. Letterforms lean mostly upright with long ascenders and deep, narrow descenders; counters are small and open shapes are drawn with quick, confident curves. Spacing is somewhat irregular and widths fluctuate from glyph to glyph, reinforcing a natural handwritten cadence while keeping a consistent baseline and cap height.
Works best for short to medium display text where its tall proportions and contrast can breathe—such as invitations, greeting cards, product labels, boutique branding, and social media graphics. It can also suit pull quotes or headers when set with generous spacing and solid contrast against the background.
The font reads cheerful and informal, with a breezy, personal tone that feels like quick hand-lettering for notes, invitations, and lifestyle branding. Its looping forms and delicate hairlines add a touch of charm and playfulness rather than formality.
Designed to capture a spontaneous cursive handwriting look with elegant contrast and a lightly flourished, contemporary feel. The aim appears to be expressive display lettering that stays readable while retaining the imperfections and rhythm of a hand-drawn stroke.
Uppercase forms are stylized and decorative, with several letters built from single continuous strokes and subtle flourishes that stand out in short words. Lowercase characters favor simple, narrow constructions, and the numerals echo the same contrasty, hand-drawn modulation, making them best as supporting elements rather than dense data.