Sans Rounded Iski 1 is a light, wide, low contrast, upright, normal x-height, monospaced font.
Keywords: coding, ui labels, terminal, data tables, captions, friendly, modern, approachable, clean, techy, clarity, approachability, system utility, screen readability, structural alignment, rounded, soft terminals, even rhythm, open counters, generous spacing.
A monospaced sans with softly rounded terminals and a very even, low-contrast stroke. Shapes are simple and geometric-leaning with open apertures and generous internal space, producing clear counters in letters like C, G, O, and e. Corners are consistently softened (notably in E, F, L, and digits), and diagonals in A, K, V, W, X, and Y are steady and clean. The overall color is airy and consistent across lines, with uniform character widths creating a regular, gridlike rhythm in text.
Well suited to code editors, terminal-style interfaces, and any layout that benefits from fixed-width alignment such as tables, tabular data, and technical documentation. The soft terminals also make it comfortable for compact UI labels, captions, and short instructional text where a friendly but orderly tone is desired.
The rounded endings and calm, even texture give the face a friendly, contemporary tone that feels approachable rather than strict. Its disciplined monospaced rhythm still reads as technical and systematic, lending a subtle coding/terminal association without becoming harsh.
The design appears intended to combine the functional predictability of a monospaced system face with softened, rounded finishing to improve approachability. It prioritizes regular rhythm, clear counters, and uncomplicated construction for dependable on-screen reading in structured contexts.
Distinctive single-storey forms appear in a and g, and the j includes a curved descender with a round dot. Numerals follow the same softened geometry, with a gently shaped 2 and 3 and a clean, open 4; the 0 is simple and unembellished. In paragraph samples, spacing and alignment feel tidy and predictable, emphasizing structured readability.