Sans Other Tisi 5 is a light, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, tech branding, signage, headlines, posters, technical, futuristic, modular, utilitarian, digital, systematic design, digital aesthetic, industrial clarity, geometric consistency, angular, square, chamfered, geometric, closed apertures.
A geometric sans with squared bowls, straight-sided curves, and crisp corners that read as lightly chamfered rather than fully rounded. Strokes are even and monolinear, with a compact, boxy construction across both capitals and lowercase. Many counters are rectangular or squarish, and several forms lean toward closed apertures and simplified joins, producing a tight, engineered rhythm. The numerals follow the same rectilinear logic, with notably squared curves and a consistent, built-from-straights feel.
Well-suited to interface labels, dashboards, and technical presentations where a crisp, engineered texture is desirable. It also fits technology or gaming branding, poster headlines, and wayfinding or labeling applications that benefit from a sturdy, modular look.
The overall tone is technical and future-leaning, evoking digital interfaces, industrial labeling, and sci‑fi aesthetics. Its modular geometry and restrained detailing give it a pragmatic, systemized character rather than a friendly or handwritten one.
The font appears designed to translate a geometric, rectilinear construction into a practical sans for contemporary use, prioritizing consistency and a distinctly digital silhouette. Its squared counters and chamfered corners suggest an intent to feel systematic and modern while remaining readable in short runs of text.
The design emphasizes vertical and horizontal terminals, with diagonals used sparingly and treated as clean, flat strokes. Lowercase forms appear intentionally simplified to match the capitals’ squareness, creating a uniform, grid-like texture in text. The closed, angular constructions can feel compact at smaller sizes but become a strong stylistic asset at display sizes.