Sans Other Sywi 2 is a very light, wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, branding, ui display, album art, techno, futuristic, digital, minimal, geometric, sci-fi styling, geometric system, experimental display, interface aesthetic, patterned texture, rectilinear, angular, wireframe, modular, open counters.
A thin, monolinear sans with a strongly rectilinear, modular construction. Strokes are evenly weighted and tend to meet at crisp right angles, producing square counters and boxy bowls; several forms use deliberate gaps and open corners rather than fully closed joins. Curves are largely suppressed in favor of straight segments, with diagonals used sparingly for A/K/M/N/V/W/X/Y. Proportions are airy and wide-set with generous internal whitespace, giving the alphabet a schematic, wireframe feel and a noticeably constructed rhythm across words.
Best suited for short, high-contrast settings such as headlines, posters, tech branding, and interface titles where its geometric patterning can be appreciated. It also works well for logo wordmarks and packaging that benefit from a futuristic, constructed voice, while longer paragraphs may feel sparse due to the thin strokes and open forms.
The overall tone is cool and technical, evoking digital interfaces, sci‑fi signage, and engineered systems. Its open corners and squared geometry read as precise and contemporary, with a slightly experimental edge that feels more display-oriented than conventional text-centric.
The design appears intended as an experimental geometric sans that prioritizes a modular, squared construction and a technological aesthetic. By simplifying curves and introducing open joins, it aims to create a distinctive, system-like texture that stands apart from conventional neo-grotesque or humanist models.
Distinctive square bowls and segmented terminals create a consistent “broken-square” motif that can produce visible patterning in longer strings. The very light stroke and open joins increase visual delicacy, so spacing and background contrast play a large role in perceived clarity, especially at smaller sizes.