Print Esha 6 is a very bold, normal width, medium contrast, upright, normal x-height font visually similar to 'FF Good' by FontFont, 'Darwin Rounded' by Los Andes, and 'Schnebel Sans ME' by URW Type Foundry (names referenced only for comparison).
Keywords: posters, packaging, headlines, stickers, social graphics, playful, handmade, rugged, friendly, casual, handmade feel, organic texture, casual display, expressive impact, chunky, textured, rounded, blotchy, irregular.
A heavy, hand-drawn print face with chunky, rounded forms and visibly uneven outlines. Strokes look brushy and slightly distressed, with small nicks, blobs, and wavering edges that create a tactile ink-on-paper texture. Counters are generally open and simple, and the overall construction favors broad, sturdy shapes over precise geometry, producing a lively, irregular rhythm across words and lines.
Best suited for short-to-medium display copy where the textured edges and hefty weight can be appreciated, such as posters, product packaging, labels, stickers, event graphics, and bold social media headlines. It can also work for emphasis in editorial layouts, but the irregular texture and dense color make it less ideal for long, small-size body text.
The font conveys an informal, upbeat attitude with a rough-hewn charm. Its textured weight and bouncy shapes feel energetic and approachable, suggesting something crafty, spontaneous, and a bit gritty rather than polished or corporate.
Designed to mimic bold, hand-rendered lettering made with a brush or marker, prioritizing warmth and visual character. The intentional roughness and uneven contours aim to add personality and immediacy, giving digital type the feel of handcrafted signage or quick, expressive printmaking.
Caps and lowercase share a consistent, blocky voice, while maintaining noticeable per-letter variation typical of drawn lettering. Numerals follow the same bold, slightly distressed treatment, and the overall color on the page is dense with a mottled edge that becomes a key part of the personality at display sizes.