Sans Superellipse Ehlop 7 is a regular weight, narrow, low contrast, italic, normal x-height font visually similar to 'Bantat' by Jipatype (names referenced only for comparison).
Keywords: sports branding, posters, headlines, ui labels, wayfinding, dynamic, sporty, modern, technical, energetic, convey speed, save space, modernize, clean neutrality, condensed, slanted, clean, streamlined, rounded terminals.
A condensed, forward-slanted sans with smooth, rounded geometry and largely uniform stroke weight. Curves are built from softened, squarish rounds, giving counters an oval/superellipse feel, while joins stay crisp and controlled. Terminals tend to be clean and gently rounded rather than blunt, and overall proportions are tall with tight horizontal footprint. Figures follow the same streamlined construction, with simple, open shapes and an overall consistent rhythm across letters and numerals.
It suits short-to-medium display settings where a fast, compact voice is useful—sports and automotive branding, event graphics, and bold headlines. The clean, condensed structure can also work for UI labels and navigational graphics when space is limited, especially where an energetic tone is desired.
The font conveys speed and momentum through its consistent slant and compact proportions, reading as contemporary and performance-oriented. Its rounded construction keeps the tone approachable, while the narrow silhouette and clean detailing suggest a technical, engineered attitude.
The design appears intended to merge a space-saving condensed skeleton with rounded, contemporary forms, creating an italic sans that feels swift and modern without relying on high contrast or decorative detailing. The overall system prioritizes consistent rhythm, compact width, and a smooth, engineered finish.
Uppercase forms feel upright and economical, while lowercase shows simple, single-storey constructions where expected, helping maintain a minimal, modern texture in text. The italic angle is steady and uniform, producing a cohesive rightward flow across lines.