Sans Other Syry 11 is a light, very wide, low contrast, upright, normal x-height font.
Keywords: headlines, posters, branding, ui labels, gaming, sci‑fi, techno, digital, retro, futuristic, digital aesthetic, sci‑fi voice, modular construction, interface styling, modular, squared, rounded corners, octagonal, inline breaks.
A modular, squared sans built from straight strokes and chamfered corners, producing octagonal counters and a distinctly geometric silhouette. Strokes are thin and consistent, with frequent deliberate gaps and segmented joins that make letters feel constructed from separate bars rather than continuous outlines. Curves are largely replaced by faceted arcs, and many bowls (O, D, P, R) read as rounded-rectangle frames with crisp corners. The set mixes wide, low-profile capitals with compact lowercase forms; punctuation and some diagonals resolve into small pixel-like nodes and short connectors, reinforcing a techno, system-font rhythm in text.
Best suited to display use where its segmented geometry can be appreciated: headlines, posters, logotypes, product marks, and tech-themed packaging. It can also work for short UI labels, HUD-style graphics, and gaming or sci‑fi titles, while extended body text will produce a strong, stylized texture due to the frequent stroke breaks.
The overall tone is futuristic and mechanical, reminiscent of early digital interfaces, arcade displays, and sci‑fi labeling. The broken strokes and faceted curves add a coded, engineered feel—precise and synthetic rather than humanist or calligraphic.
The design appears intended to evoke a constructed, digital aesthetic—letters assembled from modular bars with faceted corners—aimed at delivering a futuristic, interface-like voice for prominent, high-impact typography.
In running text the segmented construction creates a distinctive texture with noticeable internal breaks, especially in diagonals and junctions (notably K, M, N, V, W, X, Y). Numerals follow the same squared, faceted logic and align well with the uppercase proportions, giving a consistent display-oriented voice across alphanumerics.