Script Opbik 16 is a bold, narrow, high contrast, italic, short x-height font.
Keywords: branding, packaging, posters, social media, headlines, lively, confident, playful, expressive, vintage, brush lettering, expressive display, friendly branding, headline impact, brushy, swashy, rounded, slanted, bouncy.
This script presents as a brush-pen style with a pronounced rightward slant and energetic stroke rhythm. Letterforms show clear thick–thin modulation with tapered entries and exits, giving many strokes a painted, slightly calligraphic edge. Shapes are rounded and open with occasional looped forms, and proportions vary from glyph to glyph, reinforcing a hand-drawn feel while maintaining a consistent overall texture. Capitals are notably larger and more decorative, while lowercase forms stay compact with tight counters and smooth joining behavior suggested in the sample text.
It works best for short, prominent text such as logos, product packaging, event posters, quotes, and social media graphics where the brush-script character can be appreciated. Use it for emphasis in headings or subheads, and pair with a simple sans or serif for supporting copy to keep layouts readable.
The font reads personable and upbeat, mixing a casual handwritten flavor with a more polished, display-script confidence. Its brisk slant, bold presence, and rhythmic curves convey motion and friendliness, making text feel warm and attention-getting rather than formal or restrained.
The design appears intended to emulate confident brush lettering with a smooth, contemporary flow, providing a script option that feels handmade yet controlled. Its contrasty strokes, swashy capitals, and lively rhythm are geared toward expressive display typography that adds personality quickly.
Numerals and capitals carry the strongest personality, with sweeping curves and tapered terminals that help anchor headlines. At smaller sizes the dense stroke weight and compact internal spaces can reduce clarity, while larger settings highlight the brush texture and flowing curvature.