Sans Superellipse Ehkem 8 is a regular weight, narrow, low contrast, italic, tall x-height font visually similar to 'Kuunari' and 'Kuunari Rounded' by Melvastype (names referenced only for comparison).
Keywords: interfaces, wayfinding, sports branding, tech branding, posters, technical, streamlined, modern, efficient, sporty, space saving, modernization, motion, system coherence, clarity, condensed, rounded, slanted, monoline, upright terminals.
A condensed, forward-slanted sans with monoline strokes and rounded-rectangle (superellipse-like) counters. Curves and corners resolve into soft radii rather than sharp joins, giving bowls and apertures a squared-off roundness. Capitals are tall and narrow with open, simplified constructions, while the lowercase keeps a large x-height and compact ascenders/descenders for a tight rhythm. Numerals echo the same rounded-rect geometry, with clear, utilitarian shapes and minimal flourish.
It suits UI and product labeling where a condensed footprint and strong rhythm help fit more information into limited space. The energetic slant and rounded-technical forms also work well for sports, transportation, and technology branding, as well as headlines and posters that benefit from a sense of speed and modernity.
The overall tone is fast, technical, and contemporary, suggesting motion and efficiency through its consistent slant and compressed proportions. Its rounded corners keep the voice friendly and approachable while still feeling engineered and modern.
The design appears aimed at a modern, space-efficient sans that reads cleanly while conveying motion and a subtly industrial, engineered feel. Rounded-rect construction and consistent stroke weight prioritize a cohesive system look suitable for contemporary branding and on-screen typography.
The italic angle is steady across the set, and the spacing appears tuned for a compact, linear flow in text. Character shapes emphasize clarity through open apertures and restrained detailing, favoring smooth, continuous curves over calligraphic modulation.