Sans Superellipse Orkuf 10 is a bold, normal width, low contrast, upright, normal x-height, monospaced font visually similar to 'Iki Mono' by CAST, 'Eco Coding' by S-Core, and 'Karben 205 Mono' by Talbot Type (names referenced only for comparison).
Keywords: code, ui labels, data tables, packaging, signage, industrial, utilitarian, technical, no-nonsense, mechanical, alignment, clarity, system feel, compactness, robustness, blocky, compact, rounded corners, square bowls, stubby terminals.
A compact, heavy sans with monospaced rhythm and a squared, superelliptical construction. Curves are tightly rounded into rounded-rectangle bowls, giving letters like C, O, and Q a boxy geometry rather than true circles. Strokes are sturdy and even, with minimal modulation and mostly straight-sided verticals and horizontals; joins and corners read firm and engineered. The lowercase is straightforward and workmanlike, with a single-storey a and g, short apertures, and restrained punctuation that stays consistent with the grid-like spacing.
Well-suited to contexts that benefit from fixed-width alignment and strong, compact forms, such as code samples, terminal-style interfaces, dashboards, and data tables. The sturdy shapes also work for labeling, packaging, and signage where a blunt, technical voice is appropriate.
The overall tone feels industrial and utilitarian—more like labeling, equipment markings, and terminal output than editorial typography. Its boxy curves and dense texture suggest reliability and function, with a slightly retro-computing flavor that reads technical and matter-of-fact.
Likely designed to provide a monospaced, high-impact sans for practical display and interface settings, emphasizing grid fit, consistency, and an engineered superellipse geometry that remains coherent across letters and numerals.
The monospaced spacing produces a strong vertical cadence and a dark, even typographic color, especially in longer lines. Counters are relatively tight, and apertures are modest, which reinforces a compact, sturdy look in text blocks. Numerals follow the same squared, rounded-corner logic for a uniform, system-like appearance.