Sans Normal Ihmiw 12 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Rabona' by AcidType, 'Gomenasans' by Glowtype, and 'Core Sans AR' by S-Core (names referenced only for comparison).
Keywords: branding, packaging, posters, headlines, children’s media, friendly, playful, approachable, casual, soft, warmth, approachability, playfulness, readability, rounded, blobby, monoline, chunky, bubbly.
A rounded, monoline sans with heavy, softly inflated strokes and fully eased terminals throughout. Counters are generous and mostly circular, with an overall low-stress, low-contrast construction that keeps curves and joins smooth and consistent. Proportions are slightly irregular in a hand-drawn way, with wide, open bowls (notably in O, D, P, and b) and simplified, sturdy diagonals; the lowercase shows single-storey a and g, and a compact, friendly rhythm that stays readable at display sizes.
Well-suited for branding and packaging that benefit from a friendly, non-threatening voice, as well as posters, headlines, and short UI or in-app callouts where warmth matters. It performs best at medium to large sizes, where the rounded detailing and heavy weight remain crisp and the playful rhythm reads as intentional.
The face communicates warmth and informality, leaning toward a kid-friendly and conversational tone rather than corporate neutrality. Its rounded geometry and chunky strokes give it a cheerful, reassuring presence that feels modern and approachable.
The design appears intended to provide a soft, contemporary rounded sans that feels human and inviting while remaining straightforward to read. It emphasizes smooth curves, simplified structures, and consistent stroke weight to create an easygoing display voice for modern, upbeat communication.
Capitals are broad and stable, with minimal sharp corners; letters like J and y use curved hooks that reinforce the soft character. Numerals echo the same rounded logic, with an especially bulbous 8 and open, simple 1–7 forms that prioritize clarity over strict geometric rigidity.