Sans Superellipse Elfo 10 is a regular weight, normal width, medium contrast, italic, normal x-height font.
Keywords: sports branding, tech branding, ui display, posters, headlines, sporty, technical, futuristic, dynamic, clean, convey speed, modernize, add geometry, brand impact, display clarity, rounded corners, squared bowls, oblique slant, condensed feel, open apertures.
An oblique sans with a squared-off, superelliptical construction: curves resolve into rounded rectangles and softly chamfered corners rather than pure circles. Strokes are largely uniform, with crisp terminals and a forward lean that adds momentum. Counters tend to be compact and boxy (notably in O/0 and the rounded lowercase), while apertures stay fairly open for clarity. The lowercase shows a single-storey a and g, short-to-moderate extenders, and simplified joins that keep the texture even; numerals echo the same rounded-rectangle logic and slightly narrow, vertical rhythm.
Well suited to sports and automotive-style branding, tech identities, and product/UI display where a forward-leaning, streamlined voice is desirable. It also works effectively in posters, packaging callouts, and headlines that benefit from compact, high-impact letterforms and a consistent rounded-square motif.
The overall tone reads fast, engineered, and contemporary—more performance and interface than editorial. Its rounded-square geometry feels modern and slightly retro-tech at once, giving it a controlled, confident energy without becoming playful.
Likely designed to blend a clean sans structure with a distinctive superelliptical geometry and built-in motion from the oblique slant. The intent appears to be a legible, modern display face that signals speed and precision while staying broadly usable across branding and interface contexts.
The design’s identity comes from consistent corner radii and squarish bowls across both cases, which helps headings and short lines look cohesive. In running text the oblique angle and tight counters create a strong directional flow, favoring display sizes where the distinctive geometry is most apparent.