Sans Contrasted Goki 15 is a bold, wide, high contrast, upright, normal x-height font.
Keywords: headlines, posters, gaming ui, tech branding, packaging, tech, futuristic, industrial, arcade, mechanical, display impact, sci-fi styling, industrial clarity, ui legibility, brand distinctiveness, angular, square, modular, geometric, rectilinear.
A rectilinear, modular sans built from squared strokes and crisp 90° corners, with occasional chamfered diagonals on joins and terminals. Counters are boxy and often inset like cutouts, while curves (as in C, D, O) are reduced to rounded rectangles with tight radii. Stroke thickness shifts between heavy stems and thinner interior cuts, producing a sharp, engineered contrast that stays consistent across the set. Proportions run broad with generous cap widths, and the lowercase mirrors the uppercase’s constructed geometry, yielding a deliberate, grid-like rhythm in text.
Best suited for display typography where its angular construction and internal cutouts can read clearly—titles, posters, logos, tech product branding, and game/arcade interfaces. It can work for short blocks of text in UI or signage, but the strong geometry and contrast-driven detailing make it most effective when set larger with comfortable spacing.
The tone is assertive and synthetic, evoking digital hardware, arcade UI lettering, and sci‑fi industrial branding. Its squared forms and stencil-like interior carving create a controlled, utilitarian feel with a retro-tech edge.
The design appears intended to translate a grid-based, engineered aesthetic into a clean sans framework, emphasizing modular construction and distinctive interior carving for strong recognition. It prioritizes a futuristic, industrial voice while maintaining consistent structure across uppercase, lowercase, and numerals.
Distinctive cut-ins and notches appear throughout (notably in E/F/S and several numerals), giving the design a machined, segmented look. Diagonal strokes (K, N, V, W, X) are sharply clipped, reinforcing the modular construction and keeping the overall texture crisp at display sizes.