Sans Other Jigo 3 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: display, headlines, logos, posters, game ui, techno, arcade, industrial, futuristic, mechanical, distinctive display, tech aesthetic, retro-future, modular construction, high impact, angular, square, chamfered, modular, pixel-like.
A sharply modular sans with rectangular construction and consistent, uniform stroke weight. Corners are predominantly squared with frequent chamfered cuts that create a faceted, machined look. Counters and apertures are boxy and often narrow, and many joins are formed from straight segments with minimal curvature. The overall rhythm is compact and geometric, with distinctive notched terminals and angled intersections that keep the silhouettes crisp at display sizes.
Best suited to display typography where its angular details and modular shapes can be appreciated: titles, branding marks, packaging accents, posters, and on-screen UI for games or tech products. It can work for short blocks of text at larger sizes, but the tight apertures and stylization make it most effective for headings and labels rather than extended reading.
The font conveys a retro-digital, arcade-like tone with an industrial edge. Its hard angles and cut corners suggest technical interfaces, sci‑fi labeling, and utilitarian signage rather than warm or expressive editorial typography. The overall feel is assertive and controlled, emphasizing precision and structure.
The design appears intended to deliver a geometric, machine-cut sans for modern or retro-futuristic contexts, prioritizing a distinctive constructed aesthetic over neutral readability. Its consistent stroke and faceted terminals aim for strong silhouette recognition and a “designed” look in headlines and identity work.
The alphabet leans on stylized, constructed forms—especially in diagonals and bowls—so some glyphs read as deliberately unconventional. The uppercase set feels particularly emblematic and stencil-like in spirit, while the lowercase maintains the same geometric logic with simplified, squared counters.