Sans Superellipse Okdiw 6 is a bold, normal width, monoline, upright, normal x-height, monospaced font visually similar to 'ASM' by Extratype, 'Vin Mono Pro' by Mint Type, and 'Monoplan' by Plantype (names referenced only for comparison).
Keywords: code, ui labels, data tables, dashboards, terminal-style graphics, technical, utilitarian, modern, industrial, neutral, clarity, system ui, technical reading, unambiguous figures, grid alignment, square-rounded, compact, high contrast-free, crisp, blocky.
A compact, square-rounded sans with a consistent stroke and a grid-first rhythm. Curves are built from softened corners and superellipse-like bowls, giving round letters a rounded-rectangle feel. Counters are open and clean, terminals are blunt, and joins are straightforward, producing a steady, engineered texture. The lowercase is sturdy and legible, with simple forms and minimal modulation; figures are equally solid and tabular-looking, with the zero showing an internal mark for differentiation.
Well suited to code samples, terminal-like UI, dashboards, and any setting that benefits from regular character rhythm and clear character separation. It also works for signage-style labels, technical documentation, and compact headings where a sturdy, uniform texture is desirable.
The overall tone is practical and no-nonsense, evoking coding environments, instruments, and industrial labeling. Its rounded corners soften the otherwise rigid geometry, keeping it friendly without becoming playful. The texture reads organized and systematic, projecting reliability and clarity.
The design appears intended to deliver clear, consistent reading in grid-aligned environments, balancing strict geometry with softened corners for comfort. It prioritizes unambiguous shapes and an even typographic color for structured, technical communication.
The letterforms emphasize squareness over calligraphic motion, which makes the font feel at home in interfaces and information-dense layouts. The differentiated zero helps reduce ambiguity in mixed text and numeric contexts.