Sans Other Uhva 8 is a very light, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, display, ui labels, branding, futuristic, technical, geometric, sci‑fi, schematic, futurism, tech aesthetic, geometric system, display impact, stylization, angular, faceted, polygonal, octagonal, modular.
A monoline, geometric sans built from straight segments with crisp corners and frequent faceted turns. Curves are largely avoided in favor of polygonal approximations—most notably octagonal bowls and counters in letters like O/Q and rounded forms in the lowercase. Strokes stay consistently thin, giving a delicate, wireframe feel, while glyph widths vary noticeably between narrow verticals and wider, multi-sided forms. Terminals are generally blunt and squared, and several letters adopt open, constructed outlines rather than fully enclosed shapes, reinforcing a plotted, engineered rhythm.
Best suited for display settings where its faceted construction can be appreciated—headlines, posters, titling, and branding systems with a technological or speculative theme. It can also work for short UI labels or interface-style overlays when used at sufficiently large sizes and with generous spacing.
The overall tone reads futuristic and technical, like labeling from a schematic, control panel, or retro-computing interface. Its angular geometry and sparse stroke weight create a cool, precise mood that feels more synthetic than humanist.
The font appears intended to explore a constructed, polygonal interpretation of a sans alphabet—prioritizing a consistent straight-line geometry and a distinctive sci‑fi voice over traditional round forms. The consistent stroke and modular angles suggest a deliberate system meant to feel plotted, precise, and contemporary.
The design leans on distinctive polygonal bowls and open apertures, which makes the alphabet highly stylized and immediately recognizable. In longer text, the thin strokes and sharp joins emphasize pattern and texture over conventional readability, especially at smaller sizes.