Sans Superellipse Etduh 17 is a bold, narrow, monoline, italic, normal x-height font.
Keywords: headlines, posters, sports branding, gaming ui, tech packaging, sporty, futuristic, techy, dynamic, assertive, speed emphasis, modern utility, technical tone, space efficiency, squared, rounded corners, condensed, oblique, inline apertures.
This typeface is a condensed, forward-leaning sans with monoline strokes and a strongly squared, rounded-rectangle construction. Curves resolve into superelliptical corners rather than true circles, giving bowls and counters a compact, engineered feel. Terminals are clean and mostly flat, with a consistent oblique angle and tight interior spaces; the rhythm is vertical and streamlined, with narrow proportions and a slightly mechanical cadence. Numerals and capitals share the same boxy geometry, while lowercase keeps the same skeleton with simplified joins and compact apertures.
Best suited to short, high-impact settings such as headlines, posters, titles, and brand marks where its condensed width and dynamic slant help fit copy while maintaining presence. It also works well for technology-leaning packaging, esports or sports identities, and interface labels where a sharp, engineered voice is desired.
The overall tone is fast, modern, and performance-oriented, with a subtle sci‑fi and motorsport flavor. Its slanted stance and squared curves communicate motion and efficiency more than warmth, making it feel confident and technical.
The letterforms appear designed to blend speed cues (oblique angle, streamlined proportions) with a rounded-rectangular geometry that feels technical and contemporary. The consistent stroke and compact counters prioritize graphic impact and a cohesive, modular look across the alphabet and numerals.
The design relies on repeated rounded-rectangle motifs across bowls, shoulders, and diagonals, which creates strong visual consistency at display sizes. Tight counters and condensed widths push the texture darker in paragraphs, especially in letters like a/e/s and in multi-stem forms.