Sans Superellipse Ehdor 6 is a regular weight, narrow, medium contrast, italic, tall x-height font.
Keywords: sports branding, automotive, headlines, posters, app ui, sporty, techy, dynamic, futuristic, sleek, convey speed, save space, modernize, add impact, condensed, rounded, oblique, square-rounded, streamlined.
A condensed oblique sans with rounded-rectangle construction and softened corners throughout. Strokes are clean and mostly monolinear, with gently modulated joins and a consistent, engineered rhythm. Counters tend toward squarish ovals, terminals are crisp but rounded, and many curves resolve into superelliptical shapes rather than true circles. The italic angle is pronounced and paired with tall lowercase proportions, producing a fast, forward-leaning texture. Numerals follow the same squared-round logic, with open, compact forms designed for tight horizontal space.
This style suits sports and performance branding, automotive or motorsport aesthetics, and tech-forward identities where a sense of speed is desirable. It works well for headlines, posters, packaging accents, and compact interface labels where condensed proportions help conserve space while remaining distinctive.
The overall tone feels speedy and performance-oriented, with a contemporary, slightly futuristic edge. Its oblique stance and condensed width suggest motion, efficiency, and precision—more “engineered” than casual, and more sporty than corporate-neutral.
The design appears intended to combine compact economy with a sense of motion, using an oblique slant and superelliptical geometry to evoke speed and modernity. Rounded-square forms and consistent stroke behavior aim for a controlled, contemporary voice that stands out in branding and display settings.
The tight set width and strong slant create a high-tempo line of text, especially in all caps. Rounded corners keep the design approachable while preserving a technical, machine-made impression. The font’s compact silhouettes and consistent curvature give it a cohesive, display-leaning presence even in longer samples.