Print Pekuv 11 is a regular weight, narrow, high contrast, upright, short x-height font.
Keywords: packaging, labels, posters, invitations, menus, friendly, playful, handmade, casual, quirky, informality, approachability, human touch, warmth, readability, organic, tapered, rounded terminals.
The design is an informal hand-printed style with clean, unconnected letters and a gently organic rhythm. Strokes show noticeable contrast between thicker verticals and thinner joins/terminals, and many endings taper to soft points or rounded tips. Proportions are compact with a small-looking lowercase relative to capitals, and curves are slightly wobbly in a natural, hand-drawn way. Overall spacing and widths vary subtly from glyph to glyph, reinforcing a drawn-by-hand texture while staying legible in words.
It works well for packaging, labels, menus, posters, invitations, classroom materials, and social graphics where an informal, welcoming tone is desired. The clear caps and simple lowercase make it suitable for short-to-medium lines of display text, especially in lifestyle, craft, and family-oriented contexts. It can also serve as a companion accent face alongside a neutral sans or serif for friendly emphasis.
This font feels friendly and personable, with an easy, conversational tone that reads like quick marker or pen lettering. Its lively irregularities add a playful, slightly quirky character without becoming chaotic, making it approachable and casual rather than formal.
The font appears intended to bring a human, handmade voice to text while keeping the letterforms clear enough for everyday reading. Its controlled irregularity and tapered stroke behavior suggest a goal of natural hand lettering with consistent legibility for short phrases and headings.
Numerals and capitals have a slightly whimsical, cartoon-like simplicity, while lowercase forms lean toward a neat printed script feel (not connected). The overall texture stays consistent across the set, with small variations in stroke shape and width that read as intentional hand rendering rather than mechanical uniformity.