Cursive Bumid 7 is a bold, narrow, medium contrast, italic, short x-height font.
Keywords: branding, packaging, posters, social media, headlines, friendly, casual, playful, approachable, energetic, handwritten feel, casual warmth, lively motion, display clarity, brushy, slanted, rounded, connected, bouncy.
A lively cursive script with a pronounced rightward slant and a brush-pen feel. Strokes show tapered entries and exits with rounded terminals, giving letters a soft, painted rhythm rather than a rigid calligraphic structure. Letterforms are compact with a tight, consistent join behavior in lowercase, while capitals remain more standalone and gestural. Spacing and stroke flow create a bouncy baseline and an informal texture that stays legible at display sizes.
Well-suited for branding elements, packaging labels, café or lifestyle graphics, and promotional headlines where a friendly handwritten voice is needed. It works especially well for short phrases, pull quotes, and social media creatives, and can also serve as an accent script paired with a simple sans in layouts.
The font reads warm and personable, like quick confident handwriting done with a felt-tip or brush pen. Its smooth connections and upbeat rhythm lend a cheerful, conversational tone, suggesting friendliness and motion rather than formality. Overall, it feels modern-casual with a hint of handcrafted charm.
The design appears intended to emulate fast, natural cursive writing with brush-like stroke modulation—prioritizing warmth, momentum, and readability in short-to-medium display text. Its consistent slant and connected lowercase suggest a focus on smooth word shapes and an informal, approachable presence.
Uppercase shapes are simplified and slightly swashy, offering strong initial-letter presence without becoming overly ornate. Numerals follow the same handwritten logic, with rounded forms and slight angle, making them visually compatible with text settings. The dark stroke color and tapered details reward use at larger sizes, where the brush texture and terminal shaping are most apparent.