Sans Rounded Dohu 12 is a very bold, normal width, low contrast, upright, normal x-height font visually similar to 'Engrez' by Indian Type Foundry, 'Rooney Sans' by Jan Fromm, 'Linotype Aroma No. 2' by Linotype, and 'Corpid' and 'TheSans' by LucasFonts (names referenced only for comparison).
Keywords: headlines, branding, packaging, posters, signage, friendly, playful, soft, approachable, chunky, warm impact, casual clarity, friendly branding, display emphasis, bulbous, rounded, monoline, compact, bouncy.
A heavy, rounded sans with thick, monoline strokes and generously softened corners throughout. Shapes are compact and slightly squarish in their inner counters, giving letters a sturdy, “puffed” presence without sharp joins. Curves are broad and smooth, terminals end in rounded caps, and diagonals (like in K, V, W, X, Y) stay blunt and cushioned rather than crisp. Spacing reads even and supportive, with a consistent stroke rhythm and simplified, high-impact silhouettes across caps, lowercase, and numerals.
Best suited to short, prominent text where its weight and rounded forms can do the work—brand marks, product packaging, display headlines, posters, and friendly wayfinding. It can also be effective for punchy UI labels or callouts when a warm, informal tone is desired.
The overall tone is cheerful and welcoming, with a toy-like softness that feels contemporary and informal. Its rounded massing and blunt details communicate ease and friendliness, making it feel more conversational than technical.
Designed to deliver maximum impact with minimal fuss: a thick, rounded display sans that stays clean and readable while projecting a soft, upbeat personality. The consistent monoline construction and simplified letterforms suggest an emphasis on clarity and charm at larger sizes.
Uppercase forms stay wide and stable, while lowercase shows simple, single-storey constructions (notably a and g) that reinforce an uncomplicated, approachable voice. Numerals follow the same rounded, compact logic, prioritizing bold presence over fine differentiation.