Sans Superellipse Idmid 6 is a very bold, normal width, monoline, upright, tall x-height font visually similar to 'EFCO Growers' by Ilham Herry, 'Environ' by MADType, and 'Eastman Condensed' by Zetafonts (names referenced only for comparison).
Keywords: headlines, posters, logos, packaging, signage, industrial, retro, techy, punchy, compact, impact, modularity, ruggedness, branding, squared, rounded corners, blocky, stencil-like, modular.
A heavy, squared sans with rounded corners and a strongly modular construction. Curves are handled as softened rectangles, producing bowl shapes that feel superelliptical rather than geometric-circular. Strokes are uniform and dense, with compact apertures and small counters that stay crisply rectangular in places (notably inside forms like B, D, O, and 8). The lowercase is large and sturdy, with simplified terminals and minimal contrast; overall spacing reads tight and purposeful, favoring bold silhouettes over interior openness.
Best suited to display typography where impact and silhouette clarity matter: headlines, posters, branding marks, packaging, and short signage phrases. It can also work for UI headers or game/tech theming when used sparingly, while long body copy may feel dense due to the compact counters.
The font projects an industrial, retro-tech voice—confident, utilitarian, and slightly game- or arcade-adjacent. Its chunky shapes and squared rounding give it a rugged, engineered tone that feels at home in labels, hardware, and punchy display settings.
Designed to deliver a strong, high-impact sans with rounded-rectangle geometry and a constructed, modular rhythm. The emphasis appears to be on bold presence and a distinctive industrial character while keeping letterforms straightforward and readable at display sizes.
Several glyphs show a quasi-stencil sensibility through notches or internal cut-ins (for example in forms like A and m), reinforcing a constructed, panel-cut feel. Numerals are broad and blocky with distinctive segmented impressions, emphasizing recognition at larger sizes.