Sans Superellipse Edkir 7 is a regular weight, very narrow, low contrast, italic, tall x-height font visually similar to 'Pariphoom' by Jipatype (names referenced only for comparison).
Keywords: headlines, posters, sports branding, packaging, ui labels, sporty, streamlined, modern, technical, energetic, save space, convey motion, modernize, boost impact, condensed, oblique, rounded, monoline, upright terminals.
This typeface is a condensed oblique sans with a monoline feel and rounded-rectangle curvature in bowls and counters. Strokes are clean and largely uniform, with smooth joins and minimal modulation, giving letters a tightly engineered rhythm. The oblique angle is consistent across caps and lowercase, while spacing stays compact and linear, producing a fast, compressed texture. Round forms (like C, O, e, 0) read as softened superelliptical shapes, and many terminals finish with simple, squared-off cuts rather than calligraphic flares.
It works best for punchy headlines and short blocks where a condensed, dynamic voice is helpful—sports identities, event graphics, posters, and high-energy packaging. In interfaces it can suit compact labels or navigation where space is limited and a streamlined tone is desired, though its strong slant favors display-oriented roles over extended reading.
Overall it conveys speed and efficiency—sleek, athletic, and slightly industrial. The narrow, slanted stance suggests motion and urgency, while the rounded geometry keeps it approachable and contemporary rather than harsh.
The design appears aimed at delivering a space-saving, high-velocity sans built from rounded geometry—combining a technical, engineered structure with a softer, contemporary finish. Its consistent oblique construction and compact proportions suggest it was drawn to create impact and momentum in branding and display settings.
Figures and capitals share the same forward-leaning posture, supporting cohesive headline setting. The digit forms are simple and utilitarian, with the single-story shapes and open apertures emphasizing quick recognition in compact widths.