Cursive Ofbof 2 is a very light, narrow, low contrast, italic, very short x-height font.
Keywords: invitations, greeting cards, quotes, packaging, social media, airy, graceful, intimate, casual, elegant, handwritten charm, modern script, light elegance, friendly tone, monoline, looping, tall ascenders, long descenders, open counters.
A delicate monoline script with a consistent, pen-like stroke and a pronounced rightward slant. Letterforms are tall and narrow with generous ascenders and descenders, a compact x-height, and rounded, open bowls that keep the texture light on the page. Capitals are simplified and slightly flourished, while lowercase forms rely on smooth, continuous curves and occasional looped joins; spacing is naturally uneven in a handwritten way, creating a lively rhythm in words and sentences. Numerals are similarly slender and rounded, matching the overall flow rather than a rigid, geometric construction.
Well-suited for invitations, greeting cards, short quotes, and lifestyle branding where a refined handwritten feel is desired. It can work nicely for packaging accents, social media graphics, and headings, especially when ample size and whitespace allow the thin strokes and compact lowercase to remain clear.
The font conveys a breezy, personal tone—polished enough to feel elegant, yet informal and friendly like neat handwriting. Its light presence and flowing motion suggest softness and approachability rather than boldness or authority.
Designed to emulate clean, modern handwriting with a light, flowing cursive motion and restrained embellishment. The intent appears to prioritize elegance and personal warmth over strict uniformity, giving designers an expressive script for short to medium-length display text.
Connectivity is intermittent: some letters link with subtle entry/exit strokes while others remain more separated, which helps readability at larger sizes but keeps the handwritten character. The most distinctive traits are the tall proportions, looped cursive gestures, and the gentle, unforced movement through curves and terminals.