Print Rilup 1 is a very bold, normal width, low contrast, italic, normal x-height font.
Keywords: posters, headlines, packaging, branding, social media, playful, bold, casual, friendly, retro, handmade feel, display impact, friendly tone, expressive motion, brushy, rounded, bouncy, organic, chunky.
A heavy, brush-like script with rounded terminals and a soft, inked edge that suggests a marker or loaded brush. Letterforms are forward-slanted with a lively baseline and noticeable stroke modulation driven more by gesture than by contrast, producing thick, blobby joins and tapered flicks in places. Counters are compact and sometimes partially enclosed, giving the glyphs a dense, punchy silhouette. Spacing feels irregular in an intentional way, with variable glyph widths and slightly uneven rhythms that reinforce the hand-made character.
Best suited for short, bold messaging where personality and impact matter—posters, headlines, product packaging, storefront-style branding, and social graphics. It also works well for invitations, stickers, and merchandise where a casual brush-script voice is desired, especially at medium to large sizes.
The overall tone is upbeat and informal, with a confident, extroverted feel. Its energetic slant and chunky strokes read as friendly and attention-grabbing, leaning toward a nostalgic, mid-century brush-sign look rather than refined calligraphy. The texture and bounce convey spontaneity and approachability.
This font appears designed to emulate expressive, hand-painted lettering with a thick brush or marker, balancing legibility with a lively, imperfect rhythm. The goal seems to be a bold, friendly display voice that feels spontaneous and human, ideal for attention-forward titles and branding statements.
Uppercase forms are simplified and sign-like, while lowercase letters keep a cursive flavor without fully connecting, maintaining legibility through strong silhouettes rather than fine detail. Numerals follow the same gestural construction, with rounded shapes and thick joins that prioritize impact over precision at small sizes.