Sans Superellipse Dobuz 5 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: ui, branding, signage, packaging, headlines, modern, clean, technical, friendly, minimal, clarity, efficiency, consistency, neutrality, legibility, rounded corners, boxy curves, compact proportions, crisp joins, soft terminals.
This is a monoline sans with compact proportions and a strong rounded-rectangle (superellipse) construction across curves and terminals. Corners are consistently softened, counters are squarish-rounded, and joins stay crisp, giving the design a tidy, engineered rhythm. Vertical strokes dominate, while curved letters like C, O, and S keep a controlled, boxy roundness; diagonals (V, W, X, Y) are straight and clean. Numerals follow the same softened geometry, with open, legible shapes and even stroke color.
It suits interface typography, dashboards, and product design systems where a calm, consistent voice is needed. The compact, rounded forms also work well for signage, labels, packaging, and short headlines that benefit from a modern-but-approachable tone. For longer text, it performs best when set with comfortable tracking and line spacing to preserve openness in the narrow proportions.
The tone is clean and pragmatic with a subtly tech-forward feel. Its rounded-rectangle logic keeps it friendly and approachable while still reading as structured and efficient. Overall it conveys clarity, order, and a contemporary, system-like calm.
The design appears intended to deliver a consistent, contemporary reading texture with a rational geometric backbone. By using rounded-rectangle forms and uniform stroke weight, it aims for dependable legibility while avoiding harshness. The overall construction suggests a font built to feel systematic and contemporary across UI-like and editorial settings.
Distinctive traits include the squared-off round letters (notably O/Q) and uniformly softened terminals that keep the texture smooth at larger sizes. The rhythm is tightly controlled, with generous rounding that reads more like engineered geometry than hand-drawn softness.