Sans Rounded Pumo 2 is a regular weight, normal width, low contrast, italic, normal x-height font visually similar to 'Bronkoh' by Brink, 'Interval Sans Pro' by Mostardesign, 'Hamburg Serial' and 'Mercedes Serial' by SoftMaker, 'DINosaur' by Type-Ø-Tones, and 'TS Hamburg' by TypeShop Collection (names referenced only for comparison).
Keywords: branding, packaging, posters, social media, headlines, friendly, casual, approachable, playful, modern, soften tone, add warmth, informal voice, friendly emphasis, rounded, soft, bouncy, handwritten, monoline.
A slanted, rounded sans with a smooth monoline stroke and consistently softened terminals. Forms lean gently forward and favor generous curves over sharp joins, giving counters an open, airy feel. Proportions are compact and readable, with simple, single-storey lowercase shapes and an overall even rhythm across words. Numerals and capitals follow the same soft geometry, maintaining consistent stroke endings and a cohesive, lightly informal texture.
Well-suited to branding and packaging that benefit from an approachable, contemporary voice, as well as posters, social media graphics, and short headlines where the rounded italic character can carry personality. It can also work for brief UI labels or captions when a friendly tone is desired, especially at moderate sizes.
The tone is warm and easygoing, with a casual, handwritten energy that still reads cleanly. Its rounded corners and steady forward slant create a friendly momentum that feels conversational rather than formal.
The font appears designed to blend the cleanliness of a sans with the warmth of informal, marker-like writing—prioritizing soft terminals, smooth curves, and a gentle forward slant to communicate friendliness while staying legible.
The design emphasizes clarity through simplified construction and rounded joins, producing a smooth texture in paragraphs and a slightly “bouncy” cadence in mixed-case settings. The slant is apparent without becoming cursive, keeping letterforms distinct while adding motion.