Sans Superellipse Utdod 3 is a bold, wide, low contrast, upright, normal x-height font.
Keywords: ui, signage, headlines, branding, posters, techy, futuristic, industrial, clean, confident, modernization, ui clarity, systematic geometry, tech aesthetic, display impact, rounded corners, squared rounds, monoline, geometric, stencil-free.
A geometric sans built from rounded-rectangle and superellipse forms, with uniform stroke weight and softly radiused corners throughout. Curves tend to resolve into flat terminals and straight segments, giving bowls and counters a squared-off, modular feel rather than a purely circular one. The proportions read generously wide, with open apertures and steady spacing that keeps the rhythm even in text. Details like the squared “O/0” silhouette, compact joins, and crisp horizontal/vertical emphasis reinforce a precise, engineered construction.
It works well for user interfaces, dashboards, and wayfinding where a crisp, modern sans is needed, especially at larger sizes. The wide, squared-round shapes also make it effective for headlines, product branding, sports/tech packaging, and poster typography where a contemporary, engineered look is desirable.
The overall tone is modern and technical, with a futuristic, interface-forward character. Its rounded corners soften the geometry, balancing a machine-made feel with approachability. The result feels confident and contemporary, suited to environments where clarity and a sleek, synthetic voice are desired.
The design appears intended to translate a rounded-rectangular, superellipse geometry into a highly legible sans for contemporary digital and industrial contexts. By keeping contrast minimal and corners consistently radiused, it aims for a cohesive, system-like voice that stays clear and assertive in display and interface settings.
Uppercase forms lean toward architectural geometry, while lowercase maintains the same rounded-square logic for bowls and shoulders, keeping the family visually consistent. Numerals follow the same system, with superelliptical shapes and straightforward, functional construction that reads well at display sizes.