Sans Rounded Ibdi 13 is a regular weight, normal width, monoline, upright, normal x-height, monospaced font visually similar to 'Archimoto V01' by Owl king project (names referenced only for comparison).
Keywords: ui labels, terminal style, wayfinding, packaging, headlines, techy, retro, industrial, utilitarian, futuristic, systematic design, tech aesthetic, clear labeling, grid alignment, distinct numerals, octagonal, chamfered, geometric, rounded corners, stencil-like.
A geometric, monoline sans built from straight strokes and softened corners, with frequent chamfered/octagonal turns that give counters and bowls a faceted look. Curves are minimized into rounded-rectangle geometry, producing consistent stroke rhythm and a very even, modular texture across lines. Proportions feel compact and engineered, with square-ish rounds (e.g., O/0 forms) and clear, open apertures; punctuation and dots are simple and rounded, matching the overall softened-edge construction.
Well suited to interface text, status readouts, dashboards, and technical labeling where a structured, modular texture is desirable. It also works effectively for short headlines, posters, and packaging that want a retro-futurist or industrial tone, especially when paired with simple layouts and generous tracking.
The overall tone is technical and instrument-like, blending a retro digital feel with a clean, contemporary precision. Its faceted corners and uniform cadence read as purposeful and mechanical, evoking labeling, interfaces, and engineered signage rather than expressive or calligraphic voice.
The design appears intended to provide a distinctive, highly systematic sans with softened edges and faceted geometry, optimizing for uniform rhythm and easy alignment in grid-based layouts. Its letterforms prioritize clarity and consistency over organic modulation, aiming for a recognizable ‘device’ aesthetic.
The design’s repeated chamfers create strong visual identity in both uppercase and lowercase, and the consistent cell-like spacing yields a grid-friendly, coded appearance. Numerals follow the same octagonal logic, with the zero rendered as a ring with an interior mark for differentiation.