Print Morod 7 is a regular weight, very wide, medium contrast, upright, normal x-height font.
Keywords: children’s content, packaging, greeting cards, posters, social graphics, playful, friendly, casual, whimsical, handmade, approachability, informality, human touch, readable charm, rounded, loopy, soft terminals, monolinear, slightly bouncy.
A lively handwritten print with rounded forms, gently uneven stroke flow, and soft, slightly flared terminals that suggest a felt-tip or marker-like motion. Curves are broad and open, counters are generous, and spacing feels airy, giving the letters a relaxed rhythm. Uppercase forms are simple and legible with subtle irregularities, while lowercase shapes keep a casual, drawn-by-hand consistency without connecting strokes. Numerals follow the same friendly, rounded construction and maintain clear silhouettes at text sizes.
Well-suited to playful headlines, short paragraphs, and display copy where an informal voice is desired—such as children’s materials, friendly branding, packaging callouts, invitations, greeting cards, and upbeat posters. It can also work for social media graphics and craft-themed projects where a casual handwritten texture adds charm without sacrificing readability.
The overall tone is warm and approachable, with a lighthearted, slightly whimsical character that feels personal rather than formal. Its broad shapes and bouncy rhythm lean toward cheerful, everyday communication—inviting and conversational without becoming overly messy.
Likely intended to provide an easygoing, hand-drawn print look that stays readable in practical use. The wide, open shapes and soft terminals aim to deliver a friendly personality while keeping letterforms clear and consistent across both text and numerals.
The design relies on smooth curves and simplified joins, with small variations in stroke curvature and alignment that reinforce the handmade feel. The wide proportions and open apertures help maintain clarity, while the soft terminal treatment keeps the texture gentle and non-mechanical.