Print Tydur 7 is a bold, narrow, medium contrast, upright, normal x-height font.
Keywords: posters, packaging, branding, headlines, social media, playful, friendly, casual, quirky, handmade, approachability, handmade charm, display impact, casual tone, rounded, brushy, bouncy, soft terminals, informal.
A lively handwritten print with thick, rounded strokes and gently tapered terminals that suggest a marker or brush-pen. Letterforms are compact and slightly condensed with uneven widths and subtle stroke wobble that keeps the texture human and organic. Curves are generous and soft, counters are relatively small, and joins are smoothed rather than sharply constructed, creating a dense, upbeat rhythm in text. Capitals are simple and sturdy, while lowercase forms show more personality through asymmetrical bowls, varied stem lengths, and occasional curled or hooked finishes.
Well-suited to short, attention-getting copy such as posters, packaging callouts, labels, and brand marks that want a casual handmade voice. It also works for social media graphics, invitations, and educational or children-oriented materials where warmth and approachability matter. For best results, use at display sizes where the thick strokes and tight counters can breathe.
The overall tone is warm and approachable, with a cheerful, slightly mischievous energy. Its bouncy rhythm and soft, inky shapes feel conversational and kid-friendly, like hand-lettered signage or a personal note. The texture reads intentionally imperfect, emphasizing charm over formality.
The font appears designed to deliver an informal, hand-lettered look with bold presence and an easygoing feel. Its simplified construction and rounded finishing aim to stay readable while preserving the spontaneity and texture of quick marker lettering.
Spacing appears fairly tight in running text, amplifying a bold, compact color on the page. Numerals and punctuation match the same rounded, hand-drawn logic, helping mixed content feel consistent. The design favors clear silhouettes and friendly curves rather than strict geometric regularity.