Sans Other Sedi 6 is a light, narrow, monoline, upright, normal x-height font.
Keywords: ui labels, dashboards, signage, posters, packaging, techno, schematic, industrial, retro, architectural, technical tone, grid construction, retro futurism, space efficiency, angular, geometric, square counters, condensed, high contrast corners.
A sharply geometric sans built from straight strokes and crisp right angles, with minimal curvature and squared-off terminals. Counters tend toward rectangles, and many joins are hard-cornered, giving the alphabet a constructed, modular feel. Proportions are compact and vertically emphasized, with consistent stroke weight and a slightly mechanical rhythm across uppercase, lowercase, and numerals. Details like the open, squared forms in C/S and the boxy bowls in B/D/O/0 reinforce a grid-based, engineered structure.
Works well where a compact, technical voice is needed: interface labels, HUD-style graphics, product markings, wayfinding, and data-driven layouts. It can also add a structured, retro-tech accent to posters and packaging when used at larger sizes where the angular details stay clear.
The overall tone reads technical and utilitarian, like lettering from instrumentation, interfaces, or architectural drawings. Its angularity and squared geometry add a retro-futurist flavor—precise, controlled, and a bit austere rather than friendly or expressive.
The design appears aimed at translating a modern sans skeleton into a rectilinear, grid-drawn system, prioritizing precision and a mechanical cadence. Its consistent, square counter shapes and hard terminals suggest an intention to evoke engineered lettering for contemporary tech and industrial-themed design.
Uppercase and lowercase are closely related in construction, keeping the texture even in mixed-case settings. Diagonals (A, K, M, N, V, W, X, Y) stay taut and linear, while rounded letters are intentionally flattened into squarish shapes, which strengthens a consistent “drafted” look. Numerals follow the same boxy logic, supporting UI-style readouts and compact labeling.