Sans Superellipse Egpe 12 is a regular weight, very narrow, low contrast, italic, normal x-height font.
Keywords: headlines, posters, branding, packaging, ui labels, modern, dynamic, efficient, clean, industrial, space saving, contemporary tone, sense of motion, clear rhythm, condensed, oblique, monolinear, rounded corners, tall x-height.
This is a condensed, forward-leaning sans with monolinear strokes and softly squared, superelliptical curves. The letterforms are tall and streamlined, with tight sidebearings and an overall narrow footprint that creates a compact rhythm in text. Counters tend to be rounded-rectangular rather than purely circular, and terminals are clean and unadorned, keeping the silhouette crisp. Numerals follow the same oblique, condensed logic, with clear, upright proportions that match the font’s brisk pacing.
It suits headlines and subheads where space is limited and a fast, contemporary voice is desired. The compact width also fits UI labels, navigation, and product packaging that benefits from tall, legible forms in tight columns. It can work for short text runs as an accent style, especially when paired with a calmer companion for body copy.
The tone is modern and energetic, with a utilitarian, no-nonsense feel. Its steep slant and compressed proportions add a sense of speed and urgency, while the rounded geometry keeps it approachable rather than harsh.
The design appears intended to deliver a space-saving, modern sans with an italicized sense of motion, using rounded-rectangular geometry to maintain clarity and consistency at display sizes. Its condensed, monolinear construction suggests an emphasis on efficient layout, strong rhythm, and a clean, contemporary signature.
In the sample text, the narrow set and consistent stroke weight produce an even gray value, but the strong slant and tight spacing make it feel more like a display-leaning text face than a relaxed reading italic. The overall construction is geometric and systematic, suggesting a design optimized for compact lines and high-density layouts.