Sans Other Soki 2 is a light, wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, tech branding, ui labels, signage, tech, futuristic, modular, schematic, retro-digital, digital aesthetic, grid construction, display impact, system clarity, geometric, angular, rectilinear, cornered, open counters.
A geometric, rectilinear sans built from straight strokes and crisp right angles, with diagonals used sparingly for forms like K, M, N, V, W, X, and Z. Corners are largely square, giving letters a modular, constructed feel, while counters tend toward boxy or open shapes (notably in C, G, S, and several lowercase forms). Proportions lean horizontally extended with generous spacing and simplified terminals, producing a clean, grid-friendly rhythm. The lowercase follows the same architectural logic as the uppercase, with single-storey constructions and squared bowls that keep the texture even and mechanical.
Well-suited to headlines, posters, and short-form display typography where a geometric, tech-forward personality is desired. It can also work for interface labeling, wayfinding, and product/packaging accents when clarity and a modular look matter more than conventional text warmth.
The overall tone is technical and futuristic, evoking digital interfaces, sci-fi titling, and schematic labeling. Its disciplined geometry and minimal detailing feel deliberate and engineered rather than expressive or handwritten, creating a cool, modernist voice with a subtle retro-computer edge.
The design appears intended to deliver a disciplined, grid-based sans with a distinctly constructed, digital flavor. By reducing curves and emphasizing straight segments and right angles, it aims for a consistent, futuristic presence that stands out in titles and system-style graphics.
Several glyphs show intentionally open joins and cut-in corners that emphasize the constructed aesthetic, and the overall alphabet reads best at display sizes where the angular details remain distinct. Numerals echo the same boxy construction, supporting a consistent, system-like appearance across alphanumerics.