Sans Superellipse Ablop 4 is a regular weight, normal width, low contrast, upright, normal x-height, monospaced font visually similar to 'Iki Mono' by CAST (names referenced only for comparison).
Keywords: code ui, terminal, data tables, labels, technical docs, utilitarian, technical, clean, neutral, modern, clarity, alignment, system ui, functional tone, modern utility, rounded corners, boxy, geometric, sturdy, crisp.
A monospaced, geometric sans with rounded-rectangle construction throughout. Curves are based on soft, squared bowls rather than true circles, and terminals tend to finish bluntly, giving a crisp, engineered rhythm. Strokes are even and sturdy, with open counters and clear inner shapes; round letters like C, O, and Q read as compact superellipses, while diagonals (V, W, X, Y) stay straight and controlled. The lowercase shows simple, functional forms with a single-storey a and g, and punctuation-like details (dots, crossbars, joins) are kept minimal and squared-off.
Well-suited to programming interfaces, terminal-style displays, tabular data, and any layout where strict character alignment matters. It can also serve effectively for UI labels, schematics, and technical documentation where clarity and uniform rhythm are priorities.
The overall tone is practical and workmanlike, suggesting tools, code, and systems rather than expressive or calligraphic personality. Its softened corners add a friendly, contemporary edge, while the uniform spacing and disciplined geometry keep it firmly in a technical, no-nonsense register.
Likely intended as a modern monospaced workhorse that stays highly legible in dense settings while maintaining a distinctive rounded-square geometry. The design balances strict systemlike regularity with slightly softened corners to reduce harshness in continuous reading.
The design emphasizes consistent cell-filling presence: many capitals feel tall and compact, and rounded forms are slightly squarish, producing a steady, grid-aligned texture in running text. Numerals follow the same rounded-rect logic, reading clearly and evenly alongside letters.