Sans Superellipse Gymih 3 is a bold, normal width, monoline, upright, normal x-height font visually similar to 'Bronkoh' by Brink and 'Bockhold' by Stereo Type Haus (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, modern, technical, industrial, confident, clean, impact, clarity, geometric branding, signage reliability, contemporary tone, rounded corners, squared rounds, geometric, compact, high contrast (mass).
A heavy, geometric sans with squared-round construction: bowls and counters are built from rounded rectangles, with consistent corner radii and largely uniform stroke thickness. The proportions feel compact with a sturdy vertical emphasis, and curves resolve into flat terminals or gently softened ends rather than tapered or calligraphic shapes. Uppercase forms are blocky and stable, while lowercase maintains clear, simplified silhouettes with open apertures and minimal modulation. Numerals follow the same superelliptical logic, producing punchy, sign-like figures.
Best suited for display roles such as headlines, poster typography, wordmarks, packaging, and wayfinding where its compact mass and rounded-rect geometry can project clarity and impact. It can also work for short UI labels or badges when a sturdy, contemporary tone is desired.
The overall tone is modern and assertive, with a utilitarian, engineered feel. Its rounded-square geometry adds friendliness without becoming casual, keeping the voice controlled, technical, and contemporary.
Likely intended to provide a bold, highly legible geometric voice rooted in rounded-rectangle forms, balancing strict construction with softened corners for approachability. The consistent, simplified shapes suggest a focus on strong reproduction across sizes and environments where clean, modern signage-like clarity is valued.
The design relies on strong right angles softened by consistent rounding, giving it a distinct “softened industrial” texture. The rhythm is even and dense, favoring solid black shapes and clear counters that read well at larger sizes and in high-contrast applications.