Sans Superellipse Eskev 2 is a regular weight, normal width, low contrast, italic, normal x-height font visually similar to 'BF Konkret Grotesk Pro' by BrassFonts (names referenced only for comparison).
Keywords: ui, branding, headlines, editorial, packaging, modern, friendly, clean, dynamic, approachable, legibility, modernization, approachability, efficiency, versatility, rounded, soft corners, slanted, monoline, open counters.
This is a rounded, slanted sans with smooth, superelliptical curves and softened terminals throughout. Strokes read largely monoline, with gentle modulation only where curves and joins require it, giving the letters a clean, even color on the page. Proportions are contemporary and utilitarian, with open apertures and generous counters that keep forms clear at text sizes. The italics are drawn rather than mechanically slanted, with flowing joins in letters like k, m, n, and a compact, tidy rhythm across the alphabet and numerals.
It suits interface typography, product branding, and contemporary marketing where a friendly, streamlined voice is needed. The slanted stance and open forms also make it effective for short headlines, subheads, and pull quotes, and it can carry longer editorial passages when a modern, approachable tone is desired.
The overall tone is modern and friendly: brisk and forward-leaning without feeling aggressive. Rounded geometry and soft corners add warmth and approachability, while the consistent stroke weight keeps it professional and neutral. It suggests a contemporary UI and editorial sensibility—clear, upbeat, and easy to read.
The design appears intended to deliver a modern italic sans that stays highly legible while adding warmth through rounded, superelliptical construction. It balances an energetic forward motion with restrained, consistent stroke behavior for versatile use across display and text contexts.
Round letters (C, O, G, Q) emphasize squarish-rounded “superellipse” construction rather than perfect circles, which gives the design a distinctive, contemporary texture. Numerals follow the same softened geometry and maintain clear differentiation, supporting dense settings and functional labeling.