Sans Other Jamod 1 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, branding, packaging, futuristic, technical, stylized, retro sci‑fi, geometric, display impact, sci‑fi tone, geometric system, compact fit, angular, square terminals, chiseled, high contrast joins, display.
This typeface uses consistent, monoline strokes with a tight, condensed rhythm and sharply constructed forms. Curves are frequently squared off into rounded-rectangle shapes, with many bowls and counters leaning toward D- and C-like geometries rather than fully circular ones. Terminals are predominantly flat and horizontal/vertical, and several joins are cut with angled facets, giving letters a slightly chiseled, engineered feel. The overall texture is crisp and graphic, with simplified, modular construction and occasional asymmetric details (notably in letters like G, Q, R, and S) that emphasize the custom, atypical sans structure.
Best suited for headlines and short display lines where its angular construction and condensed cadence can be appreciated. It works well for logos, branding, packaging, and themed applications such as tech, gaming, sci‑fi, or industrial-style signage where a customized geometric sans can provide instant character.
The tone reads as futuristic and technical, with a retro sci‑fi flavor reminiscent of signage, interfaces, and engineered labeling. Its squared curves and clipped joins create a precise, deliberate voice that feels modern and synthetic rather than humanist or calligraphic.
The design appears intended to deliver a compact, high-impact sans with a modular, engineered look—combining monoline simplicity with clipped geometry and squared curves to create a distinctive, futuristic display voice.
In text settings, the condensed proportions and distinctive uppercase shapes create strong word silhouettes and a pronounced display character. The numerals and capitals share the same squared-bowl logic, reinforcing a unified, system-like aesthetic that stands out at larger sizes.