Sans Superellipse Boguw 11 is a very light, normal width, low contrast, upright, normal x-height, monospaced font.
Keywords: ui labeling, dashboards, data tables, captions, wayfinding, technical, minimal, futuristic, precise, cool, system design, technical labeling, modern minimalism, interface typography, geometric, rounded-corner, monoline, wireframe, modular.
A monoline, geometric sans built from straight segments and rounded-rectangle curves, giving bowls and counters a superelliptical feel. Corners are softly rounded, while joins stay crisp and linear, creating a clean wireframe impression rather than a filled, calligraphic one. Proportions are disciplined and consistent across the set, with open apertures and simplified constructions that keep shapes legible despite the extremely thin stroke. The overall rhythm is even and gridlike, with tabular alignment that emphasizes a measured, modular texture in text.
Well suited to interface labels, dashboards, and settings screens where a compact, orderly voice is desirable. It also works for captions, technical diagrams, packaging details, and wayfinding systems that benefit from a consistent, modular texture. Because the strokes are extremely thin, it will perform best at larger sizes or in high-contrast reproduction environments.
The font conveys a quiet, engineered character—cool, minimal, and slightly sci‑fi—like labeling on instruments or interfaces. Its thin lines and rounded-rect geometry feel modern and understated, prioritizing precision over warmth or expressiveness.
The design appears intended to provide a highly controlled, systematized sans with superelliptical construction—combining rounded-rectangle bowls with straight, economical strokes. The aim seems to be a modern, technical tone with uniform spacing and a calm, structured presence in text and UI contexts.
Round glyphs (such as O/0 and C/G) read as softened rectangles rather than true circles, reinforcing the modular system. Diagonal forms (K, V, W, X, Y) are sharply linear, contrasting with the smooth corner radii used in bowls. Numerals share the same squared-round logic, with compact, schematic forms that suit structured layouts.