Sans Other Fasi 6 is a very bold, normal width, medium contrast, upright, tall x-height font.
Keywords: headlines, posters, logos, game ui, packaging, arcade, industrial, retro, techy, tough, retro tech, display impact, digital homage, industrial tone, pixelated, blocky, angular, stencil-like, geometric.
A compact, block-built sans with chunky rectangular forms and crisp right-angle corners throughout. Counters are mostly narrow and squared-off, with frequent notches and stepped cut-ins that create a stenciled, modular feel rather than smooth curves. Strokes stay uniform and heavy, giving the letters a strong, poster-like presence; joins are abrupt and orthogonal, and curves (where present) are reduced to squared geometry. Spacing appears sturdy and rhythmic, and the alphabet mixes straightforward box forms with distinctive, slightly mechanical constructions (notably in shapes like S, G, R, and the diagonals in K and X).
Best suited to headlines, titles, and short statements where the heavy, angular structure can act as a graphic element. It also fits game UI, arcade-inspired branding, signage, and packaging that benefits from a rugged, pixel-adjacent voice. For dense paragraphs or small sizes, the tight counters and strong weight can feel compressed, so it’s most effective when given room to breathe.
The overall tone feels assertive and machine-made, with a distinctly retro-digital flavor reminiscent of arcade graphics and early computer display typography. Its squared geometry and carved notches convey a utilitarian, techno-industrial attitude that reads bold and no-nonsense, leaning more “game UI” and “hardware label” than editorial or literary.
The design appears intended to translate a digital, grid-based construction into a bold display sans that stays consistent across uppercase, lowercase, and numerals. Its notched, stepped detailing suggests an aim to evoke retro-tech and industrial labeling while preserving a clear, modular silhouette that reads quickly in bold applications.
The numerals follow the same modular logic, emphasizing squared bowls and angular joints, which helps maintain cohesion in interfaces and score-like readouts. In longer text, the heavy mass and tight internal spaces make it most comfortable at larger sizes, where the stepped details remain legible and contribute character rather than visual noise.