Sans Other Tiri 8 is a light, normal width, monoline, upright, normal x-height font.
Keywords: ui labels, headlines, posters, tech branding, wayfinding, techno, futuristic, digital, modular, utilitarian, systematic design, digital aesthetic, interface tone, geometric clarity, modernist display, angular, geometric, square, rectilinear, open counters.
A rectilinear, geometric sans built from straight strokes and sharp corners, with a consistent line weight and minimal curve work. Many bowls and counters resolve into squared shapes, creating a modular, grid-like rhythm across caps, lowercase, and figures. Terminals are clean and flat, and several joins use abrupt angles rather than smooth transitions, giving the alphabet a constructed, schematic feel. Spacing appears fairly even in running text, while the overall texture stays crisp and mechanical due to the repeated right angles and simplified forms.
Well suited to interface-style labeling, short headlines, and display typography where a technical, modular voice is desired. It can also work for tech branding, packaging accents, and environmental/wayfinding applications where crisp geometry and a schematic look help establish a controlled, modern tone.
The tone is distinctly technical and forward-looking, evoking digital displays, sci‑fi interfaces, and engineered systems. Its angular economy feels utilitarian and precise, with a cool, machine-made neutrality that reads more “instrument panel” than “hand-drawn.”
The font appears designed to translate a digital, grid-based construction into a readable sans, prioritizing geometric consistency and a system-like aesthetic. Its simplified, rectilinear forms suggest an intention to feel engineered and contemporary rather than traditional or expressive.
The design favors recognition through structure over warmth: rounded letters are interpreted with squared bowls, and diagonals are used sparingly and decisively. In text, the uniform stroke and boxy counters create a consistent, high-contrast silhouette that can feel architectural at larger sizes.