Print Bybus 2 is a light, normal width, medium contrast, italic, very short x-height font.
Keywords: headlines, posters, packaging, social media, invitations, casual, friendly, airy, expressive, modern, handwritten feel, informal warmth, personal voice, quick note, monoline, slightly slanted, open counters, loose spacing, tall ascenders.
A casual handwritten print with a consistent, pen-like stroke and a gentle rightward slant. Letterforms are narrow and tall, with very short lowercase bodies and comparatively long ascenders and descenders that give the line a light, airy rhythm. Curves are smooth and open, terminals tend to taper slightly, and many capitals show simplified, single-stroke construction with occasional loop-like gestures. Overall spacing feels loose and natural, reinforcing an informal, written-on-paper look while remaining legible in words and short lines.
Best suited to short display text such as headlines, quotes, packaging callouts, and social posts where a handwritten feel adds warmth. It also works well for invitations, greeting cards, and casual branding accents, especially at medium to large sizes where the tall proportions and delicate stroke can breathe.
The font conveys an approachable, personal tone—like quick, neat handwriting used for notes or informal headings. Its relaxed rhythm and breezy stroke keep it from feeling formal, while the relatively tidy shapes maintain clarity and a modern, understated charm.
The design appears intended to mimic quick, confident handwriting in an unconnected print style, balancing spontaneity with enough regularity to stay readable. Its tall proportions and subtle tapering suggest a focus on lightweight, contemporary friendliness rather than formal script elegance.
Capitals are more expressive than the lowercase, with a few showing decorative loops or calligraphic flicks that stand out in display settings. Numerals match the handwritten rhythm with simple forms and slight angularity, and the overall texture stays fairly even without heavy contrast or dramatic stroke modulation.