Sans Superellipse Felor 7 is a very bold, very narrow, low contrast, italic, normal x-height font visually similar to 'Uniform Italic' by Miller Type Foundry, 'DIN Next' and 'DIN Next Paneuropean' by Monotype, 'RF Rufo' by Russian Fonts, and 'Cervino' and 'Cervo Neue Condensed' by Typoforge Studio (names referenced only for comparison).
Keywords: sports branding, posters, packaging, logotypes, headlines, sporty, urgent, headline, industrial, dynamic, impact, motion, space saving, modernity, clarity, condensed, oblique, compact, blocky, rounded corners.
A tightly condensed, oblique sans with heavy strokes and compact proportions. Curves are built from rounded, squarish forms, giving letters a sturdy, superelliptical feel rather than purely circular bowls. Terminals are clean and mostly sheared to match the slant, with minimal contrast and a consistent, punchy rhythm. Counters are relatively small for the weight, and the overall silhouette reads as dense and forward-leaning.
Well-suited for headlines, posters, sports and event branding, and bold packaging where space is tight but impact is required. It can also work for logo wordmarks and short callouts, especially when a compact, high-energy look is desired.
The overall tone is assertive and kinetic, with a fast, competitive energy that feels at home in contemporary sports and promotional contexts. Its compact width and strong mass create a sense of urgency and impact, while the rounded geometry keeps it modern rather than aggressive.
The design appears intended to deliver maximum visual punch in a narrow footprint, combining heavy, low-contrast strokes with a forward slant for motion. The rounded-rectangle construction suggests a goal of modern, industrial clarity while maintaining a distinct, compact personality.
Round letters like O and Q appear slightly squared, and diagonals in shapes like A, V, W, and Y emphasize the oblique stance. Numerals are similarly compact and weighty, designed to hold up in large, high-contrast settings. The dense spacing and thick joins suggest best performance at display sizes rather than long text.