Sans Superellipse Fenim 1 is a very bold, very narrow, low contrast, italic, tall x-height font visually similar to 'Absolut Pro' by Ingo and 'Athletic Condensed' and 'Athletic Pro' by Mandarin (names referenced only for comparison).
Keywords: sports branding, headlines, posters, packaging, app ui, sporty, urgent, confident, industrial, aggressive, space saving, speed emphasis, impact display, modern utility, condensed, oblique, rounded corners, superelliptic, compact spacing.
A condensed, right-leaning sans with heavy, compact strokes and softly squared, superelliptic curves. The design favors streamlined geometry: tight apertures, rounded-rectangle counters, and blunt terminals that keep the silhouette dense and fast. Curved letters (C, O, S) show squarish rounding rather than true circles, while diagonals and joins are cut cleanly for a crisp, engineered feel. Numerals match the overall slanted, blocky rhythm and maintain strong, uniform color across lines of text.
Best suited to headlines, posters, and branding where a compact, high-impact voice is needed. It can also work for packaging and interface callouts that benefit from a strong, fast aesthetic, especially when set with generous tracking and line spacing to preserve clarity.
The overall tone is energetic and forceful, with a racing, forward-tilting posture that reads as speed and impact. Its dense shapes and compact proportions suggest urgency and confidence, making it feel at home in performance-driven and attention-grabbing contexts.
The typeface appears designed to deliver maximum impact in minimal horizontal space, pairing a slanted stance with rounded-rectangular construction for a modern, performance-oriented look. Its consistent, compact letterforms prioritize bold presence and rapid legibility over delicate detail.
The italic angle is pronounced enough to create strong directional flow, and the condensed width amplifies verticality. Forms like the single-storey a and g, along with the tightly enclosed counters, contribute to a punchy texture that stays cohesive at display sizes.