Sans Superellipse Arguz 12 is a very light, wide, low contrast, italic, normal x-height font.
Keywords: interface, technology, sci-fi, branding, transportation, futuristic, technical, sleek, aerospace, minimal, modernize, streamline, signal speed, convey tech, differentiate, monoline, rounded corners, superelliptic, open apertures, geometric.
A monoline, slanted sans with superelliptic construction: bowls and counters are built from rounded-rectangle forms, with squared-off curves and softened corners rather than pure circles. Strokes remain consistently thin throughout, and terminals tend to be clean and trimmed, often finishing on crisp diagonals. The overall width is generous with a low, gliding rhythm, while spacing feels airy and deliberate, helping the light strokes stay legible. Numerals follow the same rounded-rect geometry, with compact, engineered shapes and restrained detailing.
It suits technology and science-forward branding, interface labels, dashboards, wayfinding, and motion graphics where a sleek, engineered voice is desired. The thin strokes and spacious proportions also work well for large-format headings, titling, and short UI strings where clarity and a modern, futuristic feel matter most.
The font projects a futuristic, technical tone—more cockpit display and product UI than editorial. Its rounded-rectangle geometry reads as contemporary and engineered, while the italic slant adds speed and forward motion without becoming expressive or calligraphic.
The design appears intended to deliver a fast, modern sans with a distinctive superelliptic skeleton—combining rounded-rectangle forms with an italic stance for a sense of speed and precision. It emphasizes consistency and clean geometry to evoke engineered products and digital displays.
Distinctive features include the squared curves in letters like C/G/O/Q and the streamlined, single-storey lowercase forms. The design favors open, simplified structures and avoids ornamental joins, creating a clean silhouette that stays consistent from capitals through numerals.