Sans Other Ipma 1 is a bold, wide, monoline, upright, normal x-height font visually similar to 'NaNa Pro' and 'NaNa Rounded Pro' by Naghi Naghachian (names referenced only for comparison).
Keywords: headlines, logotypes, branding, posters, packaging, futuristic, techno, industrial, geometric, sci-fi, display impact, tech styling, geometric clarity, distinctive branding, rounded corners, squared curves, stencil-like, modular, compact.
A heavy, monoline sans with broad proportions and a strongly geometric, modular construction. Curves are often squared-off into rounded rectangles, producing smooth terminals and generous corner radii rather than true circular bowls. Counters tend to be compact and horizontally oriented, and several glyphs use open apertures or cut-in notches that create a slightly stencil-like, engineered feel. Overall spacing reads steady and contemporary, with a consistent stroke weight and crisp, flat joins that keep the texture dense and assertive in display sizes.
Best suited for headlines, logos, and short bursts of text where its constructed shapes can read clearly and set a strong tone. It fits technology branding, game and film titling, sports or automotive graphics, and bold packaging systems that want a futuristic, engineered voice.
The tone is modern and synthetic, leaning toward sci‑fi and interface design rather than neutral text typography. Its softened corners keep it friendly enough for consumer tech, while the cut-in details and squared curves add a mechanical, industrial edge.
The design appears intended to deliver a distinctive geometric sans voice by combining rounded-rectangle curves with purposeful cut-ins and simplified forms. The goal is visual impact and a recognizable, tech-leaning personality while maintaining consistent stroke behavior across the set.
Distinctive features include squared round letters (notably in forms like O/C/G) and simplified, blocky diagonals that emphasize a constructed rhythm. The numerals follow the same modular logic, with compact interior shapes and a display-forward presence.