Sans Superellipse Enbif 6 is a regular weight, wide, monoline, italic, tall x-height font.
Keywords: headlines, branding, posters, sports design, ui labels, futuristic, technical, sporty, sleek, modern, modernize, add speed, improve clarity, tech styling, squared, rounded corners, geometric, oblique, extended.
A geometric sans with oblique construction and rounded-rectangle (superellipse) bowls that keep corners softly chamfered rather than fully circular. Strokes are even and low-contrast, with broad, open counters and a clean, engineered rhythm. Terminals tend to be straight and squared-off, while curved letters resolve into smooth, boxy arcs; numerals and round letters (like 0, O, Q) read as squarish ovals with consistent curvature. The overall proportions feel extended, and the tall lowercase gives the face a large, assertive footprint in text.
Well-suited to headlines, wordmarks, and promotional graphics where a fast, modern voice is needed. It also fits dashboards, product labels, and interface-style text that benefits from clean monoline strokes and highly regular geometry. In longer passages it maintains a steady texture, especially at larger sizes where the squarish counters and angled stance can be appreciated.
The typeface conveys a contemporary, tech-forward tone with a hint of motorsport or interface styling. Its rounded-square geometry feels utilitarian and controlled, while the slant adds speed and momentum. Overall it reads confident, streamlined, and purpose-built.
The design appears intended to merge a contemporary oblique sans with a rounded-rectangle geometry, delivering a streamlined, high-tech look that stays friendly through softened corners. The consistent stroke and disciplined curves suggest an emphasis on clarity and a cohesive, engineered aesthetic across letters and numerals.
Distinctive rounded-square forms create strong sameness across bowls and corners, helping the font look cohesive in both display lines and UI-like labeling. The oblique angle is steady and consistent, and the punctuation-like dot in the zero improves quick scanning where similar shapes might otherwise blur together.