Sans Superellipse Dapu 11 is a light, normal width, monoline, upright, normal x-height, monospaced font.
Keywords: ui labels, code samples, dashboards, data tables, terminal style, technical, minimal, utilitarian, clean, modern, ui clarity, system feel, grid alignment, technical tone, rounded, geometric, square-rounded, crisp, neutral.
A square-rounded sans with monoline strokes and consistently softened corners, giving many forms a rounded-rectangle/superellipse feel. Curves are restrained and controlled, with straight sides and rounded terminals shaping letters like C, O, and U, while diagonals (A, K, V, W, X, Y) stay crisp and evenly weighted. Counters are open and fairly uniform, and the overall rhythm is steady and grid-friendly, reinforced by the even set width and consistent spacing across the sample text. Figures match the same square-rounded logic, with clear, schematic construction and simple joins.
Well-suited to UI labels, settings screens, and dashboard typography where consistent alignment and predictable spacing matter. It also fits code-style presentations, terminal-themed graphics, and data tables, and it can work for concise headings or captions where a clean, technical voice is desired.
The tone is functional and precise, leaning toward a technical, interface-driven aesthetic rather than expressive or editorial. Its rounded corners soften the geometry just enough to feel approachable while maintaining a disciplined, engineered character.
The design appears intended to deliver a highly regular, system-like reading experience with square-rounded geometry that feels modern and screen-forward. Its disciplined construction suggests an emphasis on clarity, alignment, and visual consistency across mixed content (letters, numbers, and punctuation).
Distinctive square-rounded bowls and terminals create a cohesive system across uppercase, lowercase, and numerals. The lowercase stays simple and legible, with single-storey forms where expected (e.g., a), and punctuation/dots rendered as compact, squared points that match the overall geometry.