Print Nyrew 14 is a bold, very narrow, medium contrast, italic, short x-height font.
Keywords: posters, packaging, social media, headlines, quotes, energetic, casual, handmade, playful, expressive, handmade feel, fast brush, informal tone, expressive display, personal voice, brushy, slanted, textured, dynamic, loose.
A lively, marker-like script with a consistent forward slant and brisk rhythm. Strokes are thick and slightly textured, with tapered ends and occasional rough edges that suggest quick, confident hand movement. Letterforms mix rounded loops with sharper, flicked terminals, and spacing varies naturally from glyph to glyph, reinforcing an organic, handwritten cadence. Capitals are tall and assertive, while lowercase forms are compact and simplified, keeping the overall texture dense and punchy in running text.
Best suited for short, attention-grabbing text such as posters, packaging callouts, social graphics, and headline-style phrases where its bold handwritten texture can carry the message. It also works well for quotes, informal branding accents, and emphasis lines paired with a simpler companion text face for longer reading.
The font feels informal and energetic, like a bold handwritten note or a fast brush signature. Its unevenness and visible stroke character create an approachable, human tone that reads as spontaneous rather than polished. Overall, it conveys momentum and personality, leaning friendly and playful without becoming overly decorative.
Designed to capture the immediacy of a fast brush or marker hand, emphasizing movement, personality, and strong visual presence. The intent appears to be an informal print style that prioritizes expressive rhythm and a handmade finish over strict uniformity.
Counters are generally small, and joins are often implied rather than carefully constructed, which adds to the sketchy immediacy. Numerals follow the same handwritten logic with slanted forms and variable widths, matching the letterset’s lively texture. The alphabet shows deliberate stylistic consistency while preserving natural irregularities in stroke endings and curve transitions.