Sans Rounded Radih 2 is a bold, wide, low contrast, italic, tall x-height font visually similar to 'Femi SRF' by Stella Roberts Fonts (names referenced only for comparison).
Keywords: branding, packaging, posters, headlines, children’s media, friendly, playful, casual, approachable, retro, soften impact, add friendliness, create motion, display emphasis, youthful tone, rounded, soft, bouncy, slanted, informal.
A heavy, softly rounded sans with a consistent rightward slant and smooth, low-modulation strokes. Terminals are fully rounded and corners are generously filleted, producing a cushioned silhouette even in angular letters. Proportions feel open and slightly expanded with a large x-height and compact ascenders/descenders, giving lines a steady, rhythmic texture. Counters are broad and clean, and the numerals match the letters with similarly rounded forms and sturdy, even weight.
Best suited to short-to-medium display settings where warmth and impact are needed, such as branding, packaging, posters, storefront graphics, and editorial headlines. It also fits playful UI moments, event promotions, and children’s or family-oriented messaging where a soft, welcoming voice is preferred.
The overall tone is warm and upbeat, with a hand-drawn, easygoing energy that reads as friendly rather than formal. Its rounded construction and buoyant slant suggest a retro-leaning, kid-friendly charm while staying clearly sans in structure.
The design appears intended to combine bold legibility with a gentle, rounded personality, delivering an informal italic voice that feels energetic and approachable. It prioritizes friendly texture and strong presence over strict neutrality, making it a characterful display companion for modern and retro-inspired layouts.
The italic angle is built into the forms (not merely obliqued), and several letters show lively, slightly calligraphic joins and curves that add personality without becoming script. In text, the weight and rounding keep words cohesive, while the open counters help maintain clarity at display sizes.