Sans Superellipse Elhi 6 is a regular weight, narrow, medium contrast, italic, normal x-height font.
Keywords: branding, posters, headlines, sports identity, ui accents, sleek, dynamic, retro-modern, sporty, techy, add motion, save space, modernize tone, create cohesion, signal speed, oblique, condensed, rounded corners, soft terminals, open counters.
A condensed oblique sans with softly rounded, squarish curves and a steady, even stroke that feels slightly streamlined rather than calligraphic. Bowls and rounds lean toward superellipse-like geometry, while joins stay clean and controlled, producing a tidy rhythm in both caps and lowercase. The lowercase shows a straightforward construction with open apertures and compact spacing, and the numerals share the same narrow, forward-leaning stance for a consistent texture in text and display settings.
Best suited to headlines, branding marks, packaging, and poster typography where a condensed, forward-leaning sans can add motion and emphasis. It can also work for short UI labels or interface accents when a sleek, engineered feel is desired, though the compact proportions suggest using it above small body-text sizes for comfort.
The overall tone is fast and contemporary, with a subtle retro flavor that recalls streamlined industrial and sports graphics. Its forward slant and compact proportions give it an energetic, purposeful voice—more engineered than expressive—while the rounded geometry keeps it approachable rather than harsh.
The design appears intended to deliver a streamlined, modern italic voice with compact economy and rounded-rectilinear shaping, balancing speed and clarity. It aims for a consistent, system-like texture across letters and figures while retaining a distinctive geometric signature.
The italic angle is pronounced enough to read as intentional styling, not just a slanted roman, and it maintains stable letterfit across the set. Curvature is consistently softened at corners, helping diagonals and bowls feel cohesive at larger sizes and avoiding brittle shapes in dense lines.