Sans Other Jigo 6 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: gaming ui, tech branding, posters, headlines, signage, techno, arcade, futuristic, industrial, utilitarian, digital tone, modular system, display impact, technical clarity, angular, square, stencil-like, modular, geometric.
A sharply constructed geometric sans with predominantly square proportions and a modular, grid-fit build. Strokes are even and straight, with frequent 45° chamfers at corners that create a clipped, octagonal feel rather than rounded terminals. Counters tend to be rectangular and compact, and many joins are handled with notches or cut-ins that add a subtly segmented, stencil-like texture. The overall rhythm is crisp and mechanical, with deliberate spacing and clear, hard-edged silhouettes across letters and numerals.
Best suited to display contexts where its angular construction can read cleanly: game titles and UI labels, tech or electronics branding, event posters, and bold navigation or signage. It can also work for short blocks of text in interface mockups or diagrams where a strict, technical voice is desired.
The design reads as digital and engineered, evoking arcade interfaces, sci‑fi UI lettering, and utilitarian technical labeling. Its angular cut corners and segmented details give it a schematic, machine-made tone that feels modern and slightly retro-computing at the same time.
The letterforms appear intentionally built from a simple geometric toolkit—straight strokes, square counters, and chamfered corners—to produce a robust, screen-friendly look with a futuristic, systemized character. The added notches and cut-ins suggest an aim to increase visual interest and distinctiveness without leaving the disciplined, modular framework.
Distinctive diagonals appear in forms like K, M, N, V, W, X, and Y, adding momentum within an otherwise rectilinear system. Several glyphs use internal cutaways (notably in shapes like B, R, and some lowercase forms), reinforcing the constructed, modular aesthetic and improving differentiation at display sizes.