Sans Other Sylu 2 is a light, very wide, monoline, upright, tall x-height font.
Keywords: display, headlines, posters, branding, ui titles, futuristic, technical, digital, modular, geometric, sci-fi aesthetic, tech signaling, geometric modularity, interface flavor, square-cornered, angular, linear, open counters, wide tracking.
A squared, modular sans with uniform stroke thickness and crisp right-angle terminals. Letterforms are built from straight segments and shallow diagonals, producing boxy bowls and open, rectilinear counters. Curves are largely suppressed in favor of rounded-rectangle geometry, with occasional diagonal joins (notably in K, M, N, V, W, X, Y) that keep the construction mechanical and schematic. The lowercase maintains a high profile with simple, single-storey structures and minimal contrast between verticals and horizontals; numerals and capitals share the same rectilinear logic for a consistent, grid-like texture.
Best suited to display settings where the geometric construction can be appreciated—headlines, posters, logos, product branding, and interface titles or labels for tech-oriented themes. It can also work for short blocks of text in controlled layouts where a crisp, schematic look is desired.
The overall tone reads futuristic and engineered, evoking sci‑fi interfaces, electronics labeling, and CAD-like diagramming. Its deliberate squareness and open, linear construction give it a clean, synthetic personality that feels modern and slightly retro-tech at the same time.
The design appears intended to translate a grid-based, machine-made aesthetic into a readable sans, prioritizing modular geometry, clean terminals, and a distinctly digital silhouette for contemporary and science-fiction flavored communication.
Several glyphs emphasize stencil-like openings and simplified joins, which increases clarity at larger sizes and reinforces the font’s constructed, modular feel. The wide proportions and spacious internal shapes create an airy rhythm, while the angular diagonals add a subtle sense of motion without breaking the strict geometry.