Sans Superellipse Ennol 2 is a bold, wide, low contrast, italic, normal x-height font.
Keywords: sports branding, tech branding, headlines, posters, packaging, futuristic, tech, sporty, dynamic, confident, impact, modernization, motion, brand tone, clarity, rounded corners, oblique, squared curves, streamlined, compact spacing.
A geometric sans with a forward-leaning oblique construction and a broad set width. Strokes are heavy and uniform, with low contrast and smoothly rounded corners that square off many curves into superellipse-like forms. Counters are compact and clean, terminals tend to be softly cut or gently flattened, and the overall rhythm feels engineered and consistent. The lowercase shows a single-storey “a” and “g”, a round dot on “i/j”, and numerals with similarly rounded, squared-off geometry for a cohesive texture across text and figures.
Best suited to branding and display roles where speed and modernity are desirable—sports identities, automotive/transport cues, electronics and gaming, event graphics, and packaging. It can also work for short UI labels or dashboards when set with ample spacing, as the heavy strokes and tight counters favor larger sizes.
The font conveys a modern, aerodynamic tone—assertive and contemporary with a distinctly technical, performance-oriented feel. Its rounded-rect geometry reads friendly enough for consumer tech, yet still crisp and purposeful for competitive or industrial contexts.
The design appears intended to merge sturdy, high-impact sans letterforms with softened, squared geometry and an oblique stance, producing a fast, contemporary voice without resorting to sharp corners. The consistent stroke weight and engineered curves suggest an emphasis on robust reproduction and strong headline presence.
Curved letters like C/O/S and the numerals lean toward rounded-rectangle silhouettes, giving the design a distinctive “soft-square” personality. The oblique angle is steady and mechanical rather than calligraphic, and the bold weight creates strong silhouette recognition at display sizes.