Sans Superellipse Hagut 2 is a bold, normal width, monoline, upright, normal x-height font visually similar to 'Black Square' by Agny Hasya Studio, 'QB One' by BoxTube Labs, 'Mercurial' and 'Midsole' by Grype, 'Obvia Wide' by Typefolio, and 'Hemi Head' by Typodermic (names referenced only for comparison).
Keywords: headlines, logos, posters, packaging, signage, tech, futuristic, utilitarian, bold, clean, modernization, impact, clarity, systematic design, branding, squared, rounded corners, geometric, compact, industrial.
A heavy geometric sans with a squared, superellipse construction and consistently rounded corners. Strokes are largely uniform, producing a clean, engineered texture with minimal contrast. Curves resolve into rounded-rectangle shapes (notably in O, C, G, and 0), while diagonals are crisp and straight (V, W, X, Y) for a firm, technical rhythm. Apertures tend to be controlled and compact, and counters are rounded with generous internal space for the weight. Lowercase forms keep the same squared geometry, with a single-storey a and g and sturdy, simplified joins.
Best suited to branding, headlines, posters, and signage where its strong, squared silhouettes can carry at larger sizes. It also fits UI titles, product labeling, and tech packaging where a clean, industrial voice is desirable; for extended body copy it will likely perform better with comfortable tracking and size due to its dense, compact forms.
The overall tone is modern and tech-forward, with an industrial, equipment-label feel. Its rounded-square geometry reads confident and functional rather than friendly or calligraphic, suggesting interfaces, machinery, and contemporary sci‑fi branding.
The design appears intended to merge bold legibility with a distinctive rounded-square geometry, creating a contemporary sans that signals technology and precision. The consistent corner rounding and simplified, geometric letterforms aim for a cohesive system that holds up in impactful display use.
The numerals are especially geometric and display-like, with the 0 matching the rounded-square O and the 1 reduced to a simple vertical. Terminals and corners are consistently softened, which helps the dense weight feel more polished and less harsh in large settings.