Sans Superellipse Imnot 7 is a very bold, very wide, low contrast, italic, tall x-height font visually similar to 'Uniwars' by Typodermic (names referenced only for comparison).
Keywords: sports branding, esports, headlines, posters, packaging, sporty, futuristic, aggressive, techy, energetic, speed, impact, modernity, branding, oblique, extended, rounded corners, squared curves, compact counters.
A heavy, oblique sans with extended proportions and a superellipse construction: curves resolve into rounded-rectangle bowls and softly squared corners rather than true circles. Strokes are monolinear and dense, with tight internal counters and short apertures that keep the silhouette compact. Terminals are mostly flat and horizontally cut, while joins and corners are consistently radiused for a machined, aerodynamic feel. The lowercase shows a large, dominant x-height with simplified, sturdy forms; numerals follow the same squared-round geometry, producing a uniform, blocky rhythm in display sizes.
Best suited to impact typography such as sports and esports identities, athletic apparel graphics, automotive or tech-forward branding, and bold poster headlines. It can also work for short UI labels or product names where a streamlined, high-energy voice is desired, especially when set with generous tracking.
The overall tone is fast and performance-driven, reading as contemporary and technical. Its oblique slant and compressed openings add urgency and assertiveness, suggesting motion, speed, and competitive energy.
The font appears designed to deliver a streamlined, speed-oriented look by combining wide, heavy forms with rounded-rectangular curves and an oblique stance. The consistent superellipse geometry and flat cuts suggest an intention to feel engineered and modern while remaining visually cohesive across caps, lowercase, and figures.
The design relies on strong silhouettes and consistent corner rounding, which makes it particularly recognizable at larger sizes. Because counters and apertures are relatively tight, spacing and size choices will strongly influence legibility in dense text.