Sans Superellipse Etmif 2 is a bold, very narrow, low contrast, italic, normal x-height font visually similar to 'Acumin' by Adobe and 'Korolev' by Device (names referenced only for comparison).
Keywords: headlines, posters, sports branding, packaging, app titles, sporty, urgent, modern, industrial, dynamic, space saving, high impact, speed cue, modern utility, condensed, oblique, rounded corners, compact, sturdy.
A compact, strongly slanted sans with tight proportions and robust strokes. Forms are built from rounded-rectangle geometry: counters are squarish, corners are softened, and curves resolve into flat-ish terminals rather than fully circular arcs. Stems and joins stay consistent and sturdy, with minimal modulation, giving the design a punchy, blocklike rhythm. The overall texture is dense and vertical-space efficient, with clear separation between glyphs even in the condensed width.
Best suited to headlines, short copy, and branded statements where a condensed, energetic voice is needed. It works well for sports and fitness identities, event posters, packaging callouts, and UI title treatments that benefit from a compact footprint and assertive presence. For extended text, larger sizes and generous leading help maintain clarity.
The typeface communicates speed and pressure—like lettering meant for motion, impact, and quick reads. Its condensed stance and forward lean suggest athletic branding, action-oriented headlines, and utilitarian signage. The rounded-square construction keeps it contemporary and friendly while still feeling tough and mechanical.
Designed to deliver maximum impact in minimal horizontal space while maintaining a contemporary, rounded-square construction. The forward slant and sturdy, simplified shapes prioritize momentum and immediacy, aiming for a strong display voice that remains clean and consistent across letters and numerals.
Straight cuts and clipped terminals are used frequently, which reinforces a technical, engineered feel. Numerals match the letterforms’ compact, squared counter shapes, reading cleanly in display settings. In longer samples the oblique angle creates a continuous forward flow, so line spacing becomes important to avoid a stacked, high-energy density.