Sans Superellipse Osmik 14 is a bold, normal width, low contrast, upright, normal x-height, monospaced font visually similar to 'ATC Harris' by Avondale Type Co., 'Gravitica Mono' by Ckhans Fonts, 'Calling Code' by Dharma Type, 'Mono Spec' by Halbfett, and 'Arbeit Technik' by Studio Few (names referenced only for comparison).
Keywords: code ui, terminal, data tables, dashboards, labels, technical, utilitarian, retro, industrial, no-nonsense, ui utility, system voice, grid alignment, robustness, retro tech, blocky, squared, rounded corners, ink-trap feel, dense.
A compact, heavy, monoline sans with squared construction and prominently rounded corners. Curves tend to resolve into rounded-rectangle forms, giving bowls and counters a superelliptical feel rather than true geometric circles. Strokes are uniform and sturdy, terminals are blunt, and joins are crisp, producing a consistent, grid-friendly rhythm. The lowercase shows simple, workmanlike shapes with a single-storey a, a sturdy g, and a relatively straight, bracket-less flow; figures are similarly blocky, with the 0 carrying a vertical internal counter.
Well-suited to coding interfaces, terminal-style UI, and any layout that benefits from tight alignment such as tables, dashboards, logs, and system readouts. It can also work for signage, packaging labels, and bold captions where a sturdy, technical voice is desired.
The tone is pragmatic and tool-like, evoking terminals, instrumentation, and industrial labeling. Its dense, squared silhouettes read as dependable and slightly retro—more about clarity and robustness than elegance.
The font appears designed to be a robust, grid-cooperative workhorse with a deliberately squared, softened geometry—prioritizing consistent spacing, clear silhouettes, and a distinctly technical texture.
The design leans on strong verticals and flattened curves, creating even color and clear character separation at display-to-text sizes. Rounded corners soften the otherwise rigid geometry, helping it feel less harsh while retaining a mechanical, engineered presence.