Sans Superellipse Efnuk 1 is a light, wide, monoline, italic, tall x-height, monospaced font.
Keywords: ui labels, tech branding, dashboards, coding, data display, futuristic, technical, streamlined, sporty, retro sci-fi, interface clarity, technical tone, geometric consistency, motion cue, rounded corners, squared curves, high-contrast whitespace, mechanical, aerodynamic.
A slanted, rounded-rectangle sans with uniform stroke thickness and softened corners throughout. Curves resolve into squarish bowls and superellipse-like rounds, giving counters a compact, engineered feel. Terminals are clean and mostly horizontal/vertical, with occasional angled joins that reinforce speed and direction. The overall rhythm is even and grid-friendly, with open apertures and simplified forms that stay consistent across uppercase, lowercase, and numerals.
Well-suited to interface labeling, instrument-style readouts, and technical diagrams where consistent character widths and a controlled rhythm help alignment. It also fits tech-forward branding, esports/sports titling, and product packaging that benefits from a sleek, engineered voice. In longer text it maintains a steady texture, making it practical for short paragraphs, specs, and alphanumeric-heavy content.
The design reads as futuristic and technical, with an aerodynamic, dashboard-like tone. Its squared rounding and forward lean suggest motion, engineering, and digital interfaces, while the restrained detailing keeps it calm and utilitarian rather than decorative.
The font appears designed to provide a modern, engineered sans for structured layouts, emphasizing consistent geometry and clear, repeatable shapes. Its rounded-rectangle construction and forward slant aim to communicate speed, technology, and precision while remaining readable in mixed-case and numeric contexts.
Several glyphs emphasize squarish bowls (notably rounded-rect shapes in O/0-like forms) and compact counters, which can feel more “device” than “print.” The numeral set matches the same rounded-corner geometry, helping mixed alphanumeric strings look cohesive. The sample text shows stable color and spacing, favoring structured layouts and data-like reading patterns.