Sans Superellipse Ehlab 6 is a regular weight, narrow, low contrast, italic, normal x-height font.
Keywords: ui labels, signage, posters, packaging, sports branding, sleek, technical, modern, sporty, efficient, space saving, modern clarity, dynamic tone, geometric softness, condensed, oblique, monoline, rounded, clean.
This typeface is a condensed oblique sans with a smooth, monoline construction and gently rounded terminals. Curves are drawn with a superelliptic feel—more rounded-rectangle than pure circle—especially in the bowls and the rounded corners of forms like C, G, and S. The rhythm is tight and upright in structure but consistently slanted, with compact proportions and restrained apertures that keep the silhouette streamlined. Numerals follow the same narrow, simplified logic, with clean joins and minimal modulation.
It works well where space is limited and a streamlined italic voice is desired, such as UI labels, dashboards, and wayfinding. The condensed, high-efficiency forms also suit posters, packaging, and branding systems that want a fast, contemporary tone, particularly in short to medium-length copy and headings.
The overall tone is modern and forward-leaning, with a crisp, engineered presence. Its narrow stance and controlled rounding suggest speed and efficiency, balancing friendliness from the softened corners with a no-nonsense, contemporary voice.
The design appears intended to deliver a compact, modern sans with an energetic slant and softened geometry. By combining narrow proportions with rounded-rectangular curves and low stroke drama, it aims for clear, contemporary readability while projecting a sleek, technical character.
Uppercase and lowercase share a consistent slant and stroke color, producing even texture in continuous text. The lowercase shows pragmatic, single-story-style shapes where applicable and compact counters, reinforcing the condensed, utilitarian feel. Punctuation and basic symbols shown sit comfortably with the letterforms, maintaining the same smooth, slightly squared curvature.