Print Peret 2 is a regular weight, narrow, very high contrast, upright, normal x-height font.
Keywords: children’s books, posters, packaging, greeting cards, craft branding, playful, whimsical, friendly, hand-drawn, storybook, handmade warmth, casual readability, expressive display, playful voice, monoline feel, flared strokes, tapered terminals, bouncy rhythm, quirky forms.
A lively hand-drawn print with tall, narrow proportions and a bouncy baseline rhythm. Strokes show pronounced contrast between thick verticals and hairline connections, with frequent tapering and slightly flared, brush-like terminals. Counters are open and rounded, and many letters lean on simplified, single-storey constructions (notably in the lowercase), giving the set an informal, sketchy consistency. Widths vary noticeably from glyph to glyph, adding an organic, written-by-hand cadence across words and lines.
This font suits display applications where a friendly, handmade tone is desired—children’s and educational materials, posters and headlines, artisanal packaging, greeting cards, and casual brand accents. It performs best at medium-to-large sizes where the delicate hairlines and tapered joins remain clear.
The overall tone is cheerful and personable, with a lightly quirky, storybook character. Its high-contrast strokes and soft curves feel expressive and crafty rather than formal, suggesting an approachable, handmade voice.
The design appears intended to mimic neat, marker-or-brush lettering: legible and upright, but deliberately irregular in proportion and stroke finishing to preserve a natural hand-made feel. The strong stroke modulation adds visual sparkle and emphasis, making it well suited for expressive headings and short text bursts.
Uppercase forms are clean and tall with minimal ornament, while lowercase introduces more personality through looped descenders, rounded bowls, and occasional spurs. Numerals follow the same hand-drawn logic, mixing sturdy stems with delicate curves; the overall texture becomes energetic at larger sizes where stroke modulation is most visible.