Sans Other Sepy 4 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: headlines, posters, ui display, gaming, branding, techno, industrial, futuristic, utilitarian, retro digital, modular design, digital signage, sci-fi tone, systematic geometry, angular, squared, modular, stencil-like, monoline.
A sharply constructed, geometric sans with predominantly squared bowls and straight-sided curves. Strokes are monoline and terminate in clean, abrupt ends, with corners often cut or notched to create a segmented, modular feel. Counters tend toward rectangular apertures, and several forms use open or partially open construction (notably in letters like C, S, and G), reinforcing a technical rhythm. Proportions are generally compact with crisp alignment on baseline and cap height, while diagonals (A, K, M, N, V, W, X) keep a narrow, engineered stance.
Best suited to short text at medium-to-large sizes where its squared counters and notched detailing remain clear. It works well for headlines, posters, tech or gaming UI labels, packaging callouts, and identity systems that want a constructed, digital-industrial voice. For long passages, the angular apertures and segmented forms may feel visually insistent, so it’s strongest as a display or interface accent.
The overall tone reads as technical and machine-made, evoking digital signage, sci‑fi interfaces, and industrial labeling. Its angular joins and cut-in details give it an assertive, no-nonsense character with a retro-electronic edge.
The design appears intended to translate a modular, engineered aesthetic into a clean sans framework—prioritizing crisp geometry, repeatable parts, and a futuristic signage sensibility. The consistent monoline strokes and systematic corner treatments suggest a focus on strong silhouette recognition and a distinctive, technical texture.
Distinctive notches and inset corners create a quasi-stencil, pixel-adjacent texture without becoming truly pixel-based. Numerals share the same rectilinear logic, with boxed forms and squared counters that keep the set cohesive in display contexts.