Sans Superellipse Dugan 3 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Nusara' by Locomotype (names referenced only for comparison).
Keywords: ui, product design, signage, dashboards, packaging, modern, technical, utilitarian, clean, friendly, systematic consistency, softened geometry, clear signage, modern utility, rounded, square-ish, geometric, compact, crisp.
A geometric sans with squared, superellipse-like counters and generous rounding at corners, producing a rounded-rectangle skeleton across bowls and apertures. Strokes are consistently even, with flat terminals and minimal modulation, giving the letters a clean, engineered rhythm. Curves transition into straighter sides rather than fully circular forms, and the overall fit feels compact with clear internal space for legibility. The lowercase uses simple, single-storey forms (notably a and g) and a straightforward, boxy construction that stays consistent between letters and numerals.
Well-suited to user interfaces, dashboards, and product branding where a modern, structured sans is needed with a softer edge. Its compact geometry and clear letterforms also make it a solid choice for wayfinding, labels, packaging, and other applications that mix text with numbers or short technical strings.
The tone is contemporary and matter-of-fact, with a slightly friendly softness from the rounded corners. It reads as practical and technical rather than expressive, lending a subtle tech/product feel without becoming cold or rigid.
The design appears intended to combine a clean, geometric construction with rounded-corner softness, creating a systematic sans that feels contemporary and approachable. By repeating a superellipse-like logic across letters and figures, it aims for consistent texture and dependable readability in modern design contexts.
The numerals and capitals share the same rounded-rect geometry, helping mixed-case and alphanumeric strings look uniform and structured. The design emphasizes clarity and consistency, making it especially suited to interfaces and systematic layouts where even texture matters.