Sans Superellipse Ofgeh 3 is a bold, normal width, low contrast, upright, tall x-height, monospaced font visually similar to 'Fabrikat Mono' by HVD Fonts, 'Cindie Mono' by Lewis McGuffie Type, 'Hatchway' by Rômulo Gobira, and 'Greeka' by Umka Type (names referenced only for comparison).
Keywords: ui labels, terminal ui, packaging, posters, badges, industrial, utilitarian, retro, technical, friendly, clarity, durability, grid fit, retro tech, rounded, blocky, soft corners, sturdy, compact.
A heavy, monospaced sans with rounded-rectangle construction and generous corner radii. Strokes are consistently thick with minimal modulation, producing a solid, uniform color in text. Counters are compact and often rectangular, while terminals and joins are softened to avoid sharp angles. Proportions are squat in caps with a relatively tall lowercase, and the overall rhythm is even and grid-like, with punctuation and numerals matching the same robust, rounded geometry.
Well-suited to interface labeling, code/terminal-style graphics, and situations where fixed-width alignment is helpful, such as tables, dashboards, or on-screen readouts. It also performs strongly in packaging, stickers, badges, and headline typography where a sturdy, rounded industrial voice is desired.
The tone is practical and workmanlike, leaning toward retro hardware and industrial labeling. Its softened corners keep it approachable despite the weight, giving it a friendly, toy-like edge when set large while still reading as functional and technical.
The design appears aimed at combining monospaced utility with a rounded, superelliptical softness, prioritizing uniform spacing, durability, and clear silhouettes. It reads like a contemporary take on technical or machine-era lettering, optimized for bold presence and consistent alignment.
Round forms (O, 0, C) read as squarish ovals, and diagonals (V, W, X, Y) feel slightly narrowed by the heavy weight, reinforcing a compact, engineered look. The numeral set is bold and sign-ready, with simple, blocky silhouettes designed to hold up at small sizes and in low-resolution contexts.