Print Hydak 2 is a bold, normal width, low contrast, upright, normal x-height font.
Keywords: posters, headlines, packaging, kids media, social graphics, playful, friendly, casual, hand-drawn, approachable, human warmth, casual voice, friendly signage, playful display, approachability, rounded, soft terminals, monoline, irregular rhythm, open counters.
A rounded, monoline handwritten print with soft terminals and gently inflated strokes. Letterforms show subtle irregularities in width and curve tension, giving an organic, drawn-on-paper feel while keeping consistent stroke weight throughout. Counters are generally open and simple, and proportions vary slightly from glyph to glyph, creating a lively rhythm. The uppercase is compact and sturdy, while the lowercase keeps a straightforward, printed structure with slightly bouncy spacing and smooth, unsharp joins.
Best suited to short-to-medium text in display contexts where a friendly, handmade voice is desired—posters, headings, packaging callouts, classroom materials, children’s content, and casual brand graphics. Its sturdy strokes help it hold up well in larger sizes and on screens, while the informal rhythm can add charm to captions and emphasis lines.
The overall tone is warm and easygoing, with a cheerful, kid-friendly energy. Its imperfect, hand-rendered consistency reads as personable and informal rather than polished or corporate. The bold presence and rounded shapes make it feel upbeat and inviting.
The design appears intended to mimic neat, rounded hand printing with an intentionally casual, approachable texture. It prioritizes character and friendliness over strict typographic uniformity, aiming to feel human-made and accessible in everyday communication.
The numerals match the same soft, hand-drawn construction and maintain clear silhouettes at display sizes. Curves (like C, S, and O) lean toward friendly, blobby geometry, and diagonals (V, W, X) keep a slightly springy, drawn character. The texture comes more from small proportional and curvature variations than from stroke contrast.