Sans Rounded Wory 2 is a regular weight, normal width, high contrast, upright, normal x-height font.
Keywords: headlines, branding, packaging, posters, children’s, playful, whimsical, friendly, retro, hand-drawn, approachability, personality, nostalgia, display impact, rounded, soft, bubbly, monolinear-ish, open counters.
A rounded sans with soft, ball-like terminals and smoothly curved joins that give each stroke a drawn, lively feel. Letterforms favor simple geometric skeletons (notably circular bowls and open apertures) but introduce subtle idiosyncrasies in stroke endings and curvature, creating a gently uneven rhythm. Contrast is present through tapered segments and varying stroke thickness, yet the overall impression remains clean and legible. Proportions are compact and upright, with generous counters and a slightly springy baseline cadence in text.
Best suited to display contexts such as headlines, logos, packaging, and posters where its rounded, characterful terminals can be appreciated. It can also work for short passages in friendly, informal settings (e.g., invitations, educational materials, or playful UI accents), while very small sizes may reduce the clarity of its tapered details.
The tone is cheerful and approachable, with a quirky, storybook-like warmth. Its rounded terminals and buoyant curves read as informal and inviting, suggesting a nostalgic, mid-century playfulness without feeling overly decorative.
The design appears intended to blend a clean sans foundation with playful, rounded terminal gestures, creating a distinctive voice that feels hand-touched yet controlled. It prioritizes charm and recognizability in display settings while maintaining straightforward letter construction for readability.
Distinctive terminal treatment is a defining feature: many strokes end in small rounded dots or softened teardrops, which adds texture and helps the font stand out in headings. The figures echo the same rounded logic, with simplified, graphic shapes suited to display use where character is more important than strict uniformity.