Sans Superellipse Utkef 9 is a bold, very wide, low contrast, upright, normal x-height font visually similar to 'Tactic Sans' by Miller Type Foundry (names referenced only for comparison).
Keywords: headlines, posters, logos, ui display, signage, futuristic, technical, confident, clean, sporty, tech aesthetic, display impact, brand voice, systematic geometry, modern signage, rounded corners, squared rounds, geometric, compact joins, flat terminals.
A geometric sans built from rounded-rectangle and superellipse-like forms, with broad proportions and consistently softened corners. Strokes maintain an even thickness throughout, creating a solid, uniform color in text. Many glyphs use squared bowls and counters with generous radii, while diagonals and joins stay crisp and controlled; terminals are largely flat and horizontal/vertical. The overall construction favors simplified, engineered shapes—seen in the boxy ‘O/0’, the angular ‘A/V/W’, and the streamlined curves in ‘S’ and ‘2/3’.
Best suited to headlines, posters, and branding where its wide, rounded-technical geometry can be a key part of the visual identity. It can also work for UI display text, labels, and signage that benefit from strong, simplified letterforms and consistent stroke color.
The font conveys a modern, engineered tone—sleek and assertive without feeling aggressive. Its rounded-square geometry suggests contemporary tech, transportation, and performance-oriented branding, with a slightly sci‑fi edge driven by the squircle counters and wide stance.
The design appears intended to blend the friendliness of rounded corners with the precision of engineered geometry, producing a robust display sans that feels contemporary and systematized. Its proportions and squircle construction prioritize visual impact and a cohesive, tech-forward silhouette across letters and numerals.
In longer samples, the wide set and sturdy stroke weight create a strong headline presence and a distinctive rhythm, especially where rounded-square counters repeat across characters. The squared curvature helps maintain clarity at larger sizes and gives numerals a display-like, scoreboard sensibility.