Sans Superellipse Otbuh 4 is a bold, normal width, low contrast, upright, normal x-height, monospaced font.
Keywords: ui labels, coding, data tables, packaging, wayfinding, utilitarian, technical, retro, sturdy, minimal, alignment, legibility, systematic, clarity, durability, boxy, rounded, geometric, compact, ink-trap-like.
A compact, geometric sans with strongly squared proportions and generously rounded corners, producing a rounded-rectangle (superellipse-like) construction across curves and counters. Strokes are heavy and even, with crisp, orthogonal joins and minimal modulation. Curved letters (C, G, O, Q, S) read as squarish rounds, while diagonals (K, V, W, X, Y) are straight and firm, keeping a strict, engineered rhythm. The lowercase is simple and sturdy with single-story a and g, a minimal, straight-armed r, and a short-ascender feel; punctuation-like elements such as the i/j dots appear square and assertive. Numerals are equally blocky and stable, with a clearly differentiated 0 featuring an internal mark for readability.
This font suits interfaces, dashboards, and settings where tight alignment and predictable spacing matter, such as code editors, terminal-style displays, and tables. Its stout shapes and rounded-square forms also work well for packaging, industrial branding, and signage-style headlines where a compact, rugged texture is desirable.
The overall tone feels functional and tool-like, with a subtle retro-terminal or industrial signage flavor. Its rounded-square geometry softens the heaviness just enough to feel approachable while remaining decidedly technical and no-nonsense.
The design appears intended to deliver a highly regular, grid-friendly voice with strong legibility and a controlled, geometric texture. By combining squared construction with softened corners and clear numeral differentiation, it aims to balance mechanical precision with everyday readability.
Spacing and character fit look consistent and disciplined, supporting clean columnar texture in running text. The squared rounding and occasional notch-like shaping in tight joins suggest an emphasis on clarity at heavy weights and small sizes, giving the design a pragmatic, engineered character.