Sans Other Fupy 3 is a very bold, normal width, low contrast, upright, normal x-height font visually similar to 'Joygist' by Wildan Type (names referenced only for comparison).
Keywords: posters, headlines, gaming, branding, logos, industrial, retro, arcade, stencil-like, mechanical, impact, modularity, techno edge, signage feel, display styling, blocky, angular, compact, modular, squared.
A heavy, block-built sans with squared geometry, flat terminals, and sharply notched corners. Forms are constructed from chunky verticals and horizontals with frequent cut-ins and small rectangular counters that create a pseudo-stencil, segmented feel. Curves are largely suppressed in favor of faceted, octagonal-ish corners, giving letters a machined, modular look. Spacing appears sturdy and even, with compact apertures and a consistent, rigid rhythm that stays legible in short headlines while becoming more textural in longer lines.
Best suited to posters, title treatments, packaging, and branding where a strong, graphic voice is needed. It also works well for gaming and techno/industrial themed interfaces, album covers, and event graphics, especially at medium-to-large sizes where the notches and internal cutouts read clearly.
The tone is assertive and utilitarian, evoking industrial signage and retro digital/arcade aesthetics. Its angular notches and dense black shapes give it a tough, game-title energy with a slightly militaristic or sci‑fi edge.
The design appears intended to deliver maximum impact through a modular, cut-metal construction, prioritizing a bold silhouette and a distinctive, systematized notch language. It aims to feel engineered and contemporary-retro rather than neutral, turning simple sans structures into a stylized display voice.
Distinctive rectangular cutouts recur across both uppercase and lowercase, functioning as a unifying motif and helping differentiate similar shapes. The overall texture is high-impact and poster-forward, with interior whitespace kept deliberately tight, which increases the sense of weight and solidity.