Sans Other Uhgu 10 is a very light, narrow, low contrast, italic, normal x-height font.
Keywords: sci‑fi ui, headlines, posters, tech branding, titles, futuristic, technical, skeletal, mechanical, precision, interface, experimentation, geometry, sci‑fi, minimalism, angular, monoline, wireframe, faceted, geometric.
This font is a monoline, outline-driven sans with sharply angular construction and a consistent forward slant. Strokes are extremely thin and even, forming letters from straight segments with frequent chamfered corners and occasional open joins that emphasize a wireframe look. Proportions are compact and vertically oriented, with squared counters and simplified, geometric curves rendered as facets rather than smooth arcs. Terminals are clean and abrupt, and the overall rhythm feels engineered and diagrammatic rather than calligraphic.
Best suited for display settings where its hairline strokes and wireframe construction can be appreciated—such as sci‑fi interface mockups, tech or electronic music artwork, gaming titles, and angular brand marks. It can work for short bursts of text (taglines, captions) at sufficiently large sizes, but its delicate structure favors headlines over dense body copy.
The tone is futuristic and technical, evoking instrumentation, schematics, and digital interfaces. Its skeletal construction and faceted geometry give it a cool, machine-made character that reads as experimental and sci‑fi oriented.
The design appears intended to translate geometric, polygonal letterforms into a minimalist outline system with a consistent italic motion. It prioritizes a constructed, engineered aesthetic and distinctive silhouette over conventional readability, aiming for a modern, speculative “tech” voice.
Uppercase forms tend toward modular, polygonal silhouettes (e.g., octagonal or clipped-rectangle bowls), while lowercase keeps similarly angular logic with sparse detailing and minimal curvature. Numerals follow the same segmented approach, with clear straight-line structure and consistent slant, supporting a cohesive system across the set.